KOL | Shin‐Ichi IzumiDepartment of Rehabilitation, Tohoku University Hospital, Sendai 980-8574, Japan;, momo0605lami@yahoo.co.jp, (M.M.);, gaku_kodama@yahoo.co.jp, (G.K.);, ... |
Kol CV for Shin‐Ichi Izumi
| Year | |
|---|---|
| 2022 | Department of Rehabilitation, Tohoku University Hospital, Sendai 980-8574, Japan;, (M.M.);, (G.K.);, (T.T.) Graduate School of Biomedical Engineering, Tohoku University, Sendai, Japan |
| 2021 | Graduate School of Biomedical Engineering, Tohoku University, 2-1, Seiryo-machi, Sendai 980-8575, Japan |
| 2020 | Department of Physical Medicine and Rehabilitation, Tohoku University Graduate School of Medicine, Japan. Graduate School of Biomedical Engineering, Tohoku University, Sendai, 980-8575, Japan Tohoku University. |
| 2019 | Department of Physical Medicine and Rehabilitation, Tohoku University Graduate School of Biomedical Engineering, 2-1 Seiryomachi Aobaku, Sendai, Miyagi, 980-8575, Japan. Graduate School of Biomedical Engineering, Tohoku Univ |
| 2018 | Department of Physical Medicine and Rehabilitation, Tohoku University Graduate School of Medicine, 2-1 Seiryo-cho, Aoba-ku, Sendai, 980-8575, Japan; Graduate School of Biomedical Engineering, Tohoku University, 2-1, Seiryo-machi, Sendai, 980-8575, Japan. Tohoku University Hospital, Miyagi, Japan |
| 2017 | Tohoku University, Sendai, Japan |
| 2016 | Department of Physical Medicine and Rehabilitation, Graduate School of Biomedical Engineering, Tohoku University, Miyagi, Japan.View further author information Graduate School of Biomedical Engineering, Tohoku University, Aramaki Aza Aoba, Aoba-ku, Sendai, Japan |
| 2015 | Tohoku University Graduate School of Biomedical Engineering, Sendai city, Miyagi, Japan |
| 2013 | Tohoku University Graduate School of Biomedical Engineering |
| 2012 | Graduate School of Biomedical Engineering, Tohoku University, Seiryou-cho 2-1, Aoba-ku, Sendai city, Japan |
| 2011 | From the Epidemiology and Prevention Division (A.H.), Research Center for Cancer Prevention and Screening, National Cancer Center, Tokyo, Japan; Department of Clinical Pharmacology and Therapeutics (A.H., H.M., T.Ha., M.S., T.Ob., Y.I.), Planning for Drug Development and Clinical Evaluation (K.T., T.Oh., M.K., K.A., T.Hi., Y.I.), Physical Medicine and Rehabilitation (T.K., S.-I.I.), and Environmental Health Sciences (H.S.), Tohoku University Graduate School of Pharmaceutical Sciences and Medicine, Department of Gynecology and Obstetrics (H.M.), Pharmaceutical Sciences (T.Ob.), and Medical Information Technology Center (R.I.), Tohoku University Hospital, Sendai, Japan; Department of Health Science (T.Oh.), Shiga University of Medical Science, Shiga, Japan. Departments of, Clinical Pharmacology and Therapeutics, and, Planning for Drug Development and Clinical Evaluation, Tohoku University Graduate School of Pharmaceutical Sciences and Medicine, Physical Medicine and Rehabilitation, and, Obstetrics and Gynecology, Tohoku University Graduate School of Medicine, Department of Functional Brain Imaging, Institute of Development, Aging and Cancer (IDAC), Tohoku University, and, Department of Pharmacy, Tohoku University Hospital, Sendai, Division of Epidemiology and Prevention, Research Center for Cancer Prevention and Screening National Cancer Center, Tokyo, and, Department of Health Science, Shiga University of Medical Science, Ohtsu, Japan |
| 2010 | Department of Physical Medicine and Rehabilitation, Graduate School of Medicine, Tohoku University |
| 2009 | Tohoku University Graduate School of Medicine, Department of Physical Medicine and Rehabilitation |
| 2008 | Department of Physical Medicine and Rehabilitation, Tohoku University Graduate School of Medicine, Sendai, Japan. Tohoku university Graduate School of Biomedical Engineering (Sendai, JP) |
| 2007 | From the Departments of Clinical Pharmacology and Therapeutics (Y.A., M.K., A.H., T.O., H.M., Y.S., K.T., Y.I.), Planning for Drug Development and Clinical Evaluation (T.O., K.A., J.H.), Environmental health Sciences (H.S.), and Physical Medicine and Rehabilitation (T.K., S.I.), Tohoku University Graduate School of Pharmaceutical Sciences and Medicine; Tohoku University 21st Century COE Program “Comprehensive Research and Education Center for Planning of Drug Development and Clinical Evaluation” (T... Department of Physical Medicine and Rehabilitation, Tohoku University Graduate School of Medicine, Sendai, |
| 2001 | Department of Rehabilitation Medicine, Tokai University School of Medicine, Isehara, Kanagawa, Japan. |
| 2000 | Department of Rehabilitation Medicine, Tokai University School of Medicine, Boseidai, Isehara, Kanagawa 259-1193, Japan |
| 1999 | Department of Rehabilitation Medicine,Tokai University School of Medicine, Boseidai, Isehara, Kanagawa 259‐1193, Japan |
| 1998 | Department of Rehabilitation Medicine, Keio University School of Medicine, Tokyo, Japan |
| 1996 | Kessler Institute for Rehabilitation, Pleasant Valley Way, West Orange, NJ, USA Department of Rehabilitation Medicine, Keio University School of Medicine, 35 Shinanomachi, Shinjuku-ku, Tokyo 160, Japan |
| 1995 | Department of Rehabilitation Medicine, Keio University School of Medicine |
| 1986 | Department of Rehabilitation Medicine, Keio University Tsukigase Rehabilitation Center |
Shin‐Ichi Izumi: Påvirke statistikk
Kjør rapport
| Concept | World rank |
|---|---|
| muscle llmp | #1 |
| rehabilitation expected | #1 |
| gait patterns qjs | #1 |
| positively fma | #1 |
| attention paretic | #1 |
| middle stance | #1 |
| sts movement grf | #1 |
| hand muscles response | #1 |
| severity pdc | #1 |
| plantarflexor activation | #1 |
| qjs patients | #1 |
| hemiparesis muscle contraction | #1 |
| visual stimuli selfbody | #1 |
| t6m longitudinal t1m | #1 |
| patients articulated afos | #1 |
| coactivation mc | #1 |
| fma t6m | #1 |
| transforming sensory | #1 |
| remote neurological examination | #1 |
| afos lower | #1 |
| stroke hemiplegic patients | #1 |
| t2m fma | #1 |
| bodyspecific attention | #1 |
| feet sensory functions | #1 |
| positioned vertex | #1 |
| asymmetrical balance deficits | #1 |
| dti studies scans | #1 |
| midstance reciprocal | #1 |
| horizontal gb | #1 |
| disorders hemiparesis | #1 |
| nonparetic midstance | #1 |
| middle stance qjs | #1 |
| momentum wbam | #1 |
| waves intracortical inhibition | #1 |
| sensory impairments study | #1 |
| model sijs | #1 |
| larger brf | #1 |
| movements numbers | #1 |
| t6m | #1 |
| qjs ankle | #1 |
| motor cortex neurocytology | #1 |
| t1m | #1 |
| uneven surface study | #1 |
| paretic limb brain | #1 |
| brain rhythm modulation | #1 |
| midstance reciprocal activation | #1 |
| movements seat | #1 |
| curvedangled handrail | #1 |
| tmsrelated neurophysiology | #1 |
| vision nds participants | #1 |
| gait uneven surface | #1 |
| llmp sts movement | #1 |
| smart hammer | #1 |
| function realworld arm | #1 |
| trapezius elderly | #1 |
| conventional vertical handrail | #1 |
| qjs midstance | #1 |
| feet healthy adults | #1 |
| nonps p005 activation | #1 |
| nonarticulated afos | #1 |
| gait rehabilitation suppression | #1 |
| stiffness qjs | #1 |
| sts elderly | #1 |
| hands reaction time | #1 |
| improved t6m | #1 |
| novice reflex grading | #1 |
| ratio plantarflexor | #1 |
| displacement sacrum | #1 |
| low attention hand | #1 |
| ° electromyographic | #1 |
| older height | #1 |
| twentyone elderly subjects | #1 |
| damaged sensorysystem | #1 |
| qjs early | #1 |
| sol middle stance | #1 |
| direction elderly | #1 |
| nonarticulated afos sgs | #1 |
| forces handrails | #1 |
| qjs correlated | #1 |
| centerof pressure position | #1 |
| paretic step length | #1 |
| mediolateral cop trajectories | #1 |
| mechanical walking sij | #1 |
| dysfunction scapular | #1 |
| restricted nds | #1 |
| aging dysfunction | #1 |
| bar assist | #1 |
| regulation qjs | #1 |
| activities scapular | #1 |
| suppression frontal wbam | #1 |
| plantarflexor paretic | #1 |
| immersive brain | #1 |
| afo qjs | #1 |
| forward llmp | #1 |
| sensor prosthesis | #1 |
| nonps p005 | #1 |
| afos articulated afos | #1 |
| body specific | #1 |
| lower trapezius aging | #1 |
| coaching method | #1 |
| bar elderly | #1 |
| rpdc difference | #1 |
| motor neural plasticity | #1 |
| t2m t6m | #1 |
| bar assistance | #1 |
| 14 stroke patients | #1 |
| scapular muscles | #1 |
| subjects surface walking | #1 |
| patients hemiparesis | #1 |
| hemiparesis standing | #1 |
| midstance qjs | #1 |
| feet relation | #1 |
| specific attention | #1 |
| new rehabilitation method | #1 |
| hemiparesis strategies | #1 |
| qjs | #1 |
| forward comv | #1 |
| studies psth | #1 |
| t1m bodyspecific attention | #1 |
| bodyspecific attention sensory | #1 |
| sensory area brain | #1 |
| reflex grading | #1 |
| early stance qjs | #1 |
| uneven surface | #1 |
| accelerometer walking activity | #1 |
| realworld arm | #1 |
| stance qjs | #1 |
| realworld arm relationship | #1 |
| contraction tested | #1 |
| afos higher | #1 |
| exam smart | #1 |
| tsubahara | #1 |
| coaching theory | #1 |
| forward direction sts | #1 |
| preliminary neuronal model | #1 |
| novices covid19 | #1 |
| t1m realworld arm | #1 |
| pdc rpdc | #1 |
| kinesthetic biofeedback | #1 |
| transition sacroiliac | #1 |
| expected new patients | #1 |
| bayesian wbam | #1 |
| reflex elicitation component | #1 |
| handrail reaction | #1 |
| novices reflex exam | #1 |
| brain realworld arm | #1 |
| t1m 2 months | #1 |
| foot transforming | #1 |
| subjects shelf | #1 |
| motor functions experiment | #1 |
| vertical grab bar | #1 |
| afos articulated | #1 |
| late braincomputer interfaces | #1 |
| survey novices | #1 |
| cloudbased neurorehabilitation | #1 |
| sijs displacement | #1 |
| muscles plantarflexor | #1 |
| postural control feet | #1 |
| cortical neurons tms | #1 |
| load transition sij | #1 |
| vision numbers | #1 |
| qjs muscle activation | #1 |
| prolonged consciousness | #1 |
| corrigendum predictors | #1 |
| sensory impairments kinesthesia | #1 |
| qjs afo | #1 |
| brain bodyspecific attention | #1 |
| tms submotor | #1 |
| body sittostand movements | #1 |
| micromacro connection | #1 |
| paretic midstance | #1 |
| recovery pdc | #1 |
| paretic limb | #1 |
| shelf bar | #1 |
| bar reaction force | #1 |
| increase qjs | #1 |
| aging scapular muscles | #1 |
| relationship bodyspecific attention | #1 |
| gb stand | #1 |
| stroke patients hemiparesis | #1 |
| shelf bar assistance | #1 |
| qjs early stance | #1 |
| handrail reaction force | #1 |
| 2 months t2m | #1 |
| application agency | #1 |
| grading exam | #1 |
| realworld arm t2m | #1 |
| reciprocal activation paretic | #1 |
| bodyspecific attention t1m | #1 |
| motor pathway facilitation | #1 |
| gb force | #1 |
| comv sts | #1 |
| realworld arm t6m | #1 |
| qjs paretic | #1 |
| t1m t6m | #1 |
| comv completion | #1 |
| aging scapular | #1 |
| older individuals center | #1 |
| middle stance activation | #1 |
| convulsions safety ranges | #1 |
| nds lesions | #1 |
| handrail curved | #1 |
| sts elderly people | #1 |
| lesions sensory area | #1 |
| sij models | #1 |
| hammer remote | #1 |
| biofeedback prosthesis | #1 |
| twoweek walking rehabilitation | #1 |
| wbam range | #1 |
| lesions motor area | #1 |
| hemiparesis neurologic humans | #1 |
| statistical bayesian modeling | #1 |
| micromacro connections | #1 |
| safety ranges tms | #1 |
| qjs middle | #1 |
| walking analysis data | #1 |
| qjs ankle joint | #1 |
| brf 005 | #1 |
| exam novices | #1 |
| qjs muscle | #1 |
| work exam | #1 |
| walking activity difference | #1 |
| patients nonarticulated afos | #1 |
| sijs walking loads | #1 |
| quasijoint stiffness qjs | #1 |
| sij bipedal walking | #1 |
| stroke motor area | #1 |
| width uneven | #1 |
| transition sij | #1 |
| 915 accuracy feedback | #1 |
| bodyspecific attention hands | #1 |
| frontal wbam | #1 |
| sijs walking | #1 |
| cloudbased neurorehabilitation application | #1 |
| safety ranges | #1 |
| models sijs | #1 |
| exam neurological | #1 |
| t6m longitudinal | #1 |
| handrails force | #1 |
| patients nonps p005 | #1 |
| vertical handrail | #1 |
| neurocytology tms | #1 |
| plantarflexor activation qjs | #1 |
| proportion afos | #1 |
| middle stances | #1 |
| study sensorimotor strategies | #1 |
| skeletal paresis prostheses | #1 |
| upward llmp | #1 |
| bar 005 | #1 |
| strategies wholebody movement | #1 |
| feedback control movement | #1 |
| powerful graphical options | #1 |
| studies neurocytology | #1 |
| llmp sts movements | #1 |
| unilateral shelf bar | #1 |
| plantar sensations | #1 |
| reflex exam novices | #1 |
| handrail reaction forces | #1 |
| curved angled | #1 |
| vision variability | #1 |
| novices covid19 pandemic | #1 |
| direction sts | #1 |
| realworld arm accelerometers | #1 |
| repetitive tms convulsions | #1 |
| t6m t2m | #1 |
| dysfunction scapular muscles | #1 |
| activation ankle muscles | #1 |
| sittostand movements | #1 |
| relationship accelerometers | #1 |
| quasijoint stiffness | #1 |
| prosthesis sensory modalities | #1 |
| afos sgs | #1 |
| 129287 | #1 |
| neurocytological evidence | #1 |
| early middle stances | #1 |
| frontal wbam range | #1 |
| low seat height | #1 |
| auditory foot bayesian | #1 |
| plantar sensors | #1 |
| stroke paralysis | #1 |
| attention fma | #1 |
| kinesthesia rehabilitation | #1 |
| grf upward comv | #1 |
| reflex grading exam | #1 |
| body specific attention | #1 |
| vertical bar | #1 |
| bar gb | #1 |
| healthy individuals variability | #1 |
| paretic reciprocal activation | #1 |
| prosthesis auditory | #1 |
| hemiparesis | #1 |
| comprised toe | #1 |
| plantarflexor gait | #1 |
| articulated afos | #1 |
| longitudinal bodyspecific attention | #1 |
| vsfa04 | #1 |
| explicit connection model | #1 |
| bodyspecific attention hand | #1 |
| paradigm selectivity | #1 |
| visualelectrotactile feedback | #1 |
| t6m realworld arm | #1 |
| soleus nonparetic | #1 |
| brf vertical | #1 |
| degree rpdc | #1 |
| brain damaged sensorysystem | #1 |
| improve immersive | #1 |
| brf forward | #1 |
| handrail findings | #1 |
| load transition | #1 |
| movement feedforward control | #1 |
| dorsiflexor gait | #1 |
| llmp sts | #1 |
| stance proportion | #1 |
| force brf | #1 |
| stress sijs | #1 |
| uneven surfaces subjects | #1 |
| types sensorimotor strategies | #1 |
| smart tendon | #1 |
| gb horizontal gb | #1 |
| higher qjs | #1 |
| based qjs | #1 |
| angled handrail | #1 |
| upward comv | #1 |
| limb real | #1 |
| qjs mc | #1 |
| plantarflexor nonparetic | #1 |
| relationship qjs | #1 |
| development vr platform | #1 |
| comv lower | #1 |
| hemiplegia auditory foot | #1 |
| handrails stand | #1 |
| lower qjs | #1 |
| grading reflex | #1 |
| involved nutation | #1 |
| arm real | #1 |
| qjs study | #1 |
| foot suggested | #1 |
| loads pelvic | #1 |
| surface poststroke | #1 |
| auditory foot | #1 |
| t6m t1m | #1 |
| fma t2m | #1 |
| smart tendon hammer | #1 |
| immersive vrbci | #1 |
| arm t6 | #1 |
| patients afos | #1 |
| activation plantarflexor | #1 |
| macroscopic tms outcome | #1 |
| plastic anklefoot orthosis | #1 |
| bodyspecific attention score | #1 |
| restricted vision participants | #1 |
| grasping flexion | #1 |
| reaction time selfbody | #1 |
| contribute learned | #1 |
| twoweek rehabilitation | #1 |
| sol middle | #1 |
| bilateral sijs | #1 |
| vertical direction sts | #1 |
| mediolateral motion control | #1 |
| feet sensory | #1 |
| prosthesis transforming | #1 |
| qjs gait | #1 |
| sensorimotor strategies | #1 |
| weakness handrails | #1 |
| nonparetic healthy controls | #1 |
| activation qjs | #1 |
| middle stance proportion | #1 |
| midstances | #1 |
| sensorimotor strategies individuals | #1 |
| mechanism rehabilitation | #1 |
| sgs proportion | #1 |
| study walking adaptability | #1 |
| qjs middle stance | #1 |
| hemiparesis regulation | #1 |
| llmp grf | #1 |
| hammer feedback | #1 |
| neurocytology neurophysiology | #1 |
| difference vsfa04 | #1 |
| ambulators uneven | #1 |
| clinical dti parameters | #1 |
| cortex neurocytology | #1 |
| background handrail | #1 |
| grasping 9300 | #1 |
| body coordinate data | #1 |
| height llmp | #1 |
| trained clinicians reflex | #1 |
| reported intracortical | #1 |
| continuous motor improvement | #2 |
| vertical direction bars | #2 |
| design motor learning | #2 |
| regulation ankle | #2 |
| nibs mechanism | #2 |
| motor recovery heterogeneity | #2 |
| combinations stroke | #2 |
| takagi development | #2 |
| consciousness pdc | #2 |
| neurites heating | #2 |
| affective muscle | #2 |
| 10 auditory cortex | #2 |
| lld measured | #2 |
| walking pfc | #2 |
| patientperceived lld | #2 |
| studies dualtask walking | #2 |
| hemisphere nibs | #2 |
| eeg 150 msec | #2 |
| functional lld tha | #2 |
| magnetic stimulation coil | #2 |
| processes hebbian plasticity | #2 |
| model calculation values | #2 |
| utilized feedforward | #2 |
| oscillatory brain communication | #2 |
| tacs approaches | #2 |
| visual electrotactile | #2 |
| new functions impairment | #2 |
| nibs neural network | #2 |
| additional motor training | #2 |
| pc12 cells trts | #2 |
| interpersonal tacs approaches | #2 |
| individuals forward | #2 |
| mm mhl | #2 |
| motor recovery therapies | #2 |
| trts induce | #2 |
| combinations neurorehabilitation approaches | #2 |
| neuritogenesis temperature | #2 |
| insoletype heel lift | #2 |
| adaptability uneven | #2 |
| elongated neurites | #2 |
| evaluate feedforward | #2 |
| sensory nds | #2 |
| studies bilateral nibs | #2 |
| growth neuritogenesis | #2 |
| 磁気刺激による手関節背屈運動に関する研究 | #2 |
| optimal extracellular signals | #2 |
| surgery functional llds | #2 |
| paralyses stroke | #2 |
| dualtask deterioration | #2 |
| heating plate growth | #2 |
| cells trts | #2 |
| motor recovery design | #2 |
| gentle positive waves | #2 |
| residual motor area | #2 |
| lld true | #2 |
| large subcortical lesion | #2 |
| nibs pattern | #2 |
| 150 msec stimulation | #2 |
| interactions rehabilitative approaches | #2 |
| functional lld control | #2 |
| intervals delivered | #2 |
| oouchida | #2 |
| ratio healthy controls | #2 |
| trts induced | #2 |
| lift mhl | #2 |
| abnormal brain findings | #2 |
| apparent lld | #2 |
| pfc dualtask deterioration | #2 |
| lld functional | #2 |
| neuritogenesis trts | #2 |
| grf center | #2 |
| randomized mhl | #2 |
| reports nibs application | #2 |
| gw441756 p38 | #2 |
| activation prioritize | #2 |
| mc paretic | #2 |
| integration circuit capacitor | #2 |
| values model calculation | #2 |
| deteriorated modulation | #2 |
| bones sij | #2 |
| variability mediolateral | #2 |
| modifiable heel | #2 |
| rehabilitation hemiplegia | #2 |
| trts neuritogenesis | #2 |
| clockwise stimulations 35 | #2 |
| trapezius decreased | #2 |
| evaluating diffuse | #2 |
| method motor cortex | #2 |
| functional llds | #2 |
| pulse voltage 600v | #2 |
| pfc dual | #2 |
| trts cells | #2 |
| 6891 ± | #2 |
| combinations neurorehabilitation | #2 |
| clockwise stimulations | #2 |
| motor training addition | #2 |
| integration circuit | #2 |
| processes hebbian | #2 |
| 600v stimulation intensity | #2 |
| values numerical integration | #2 |
| plated pc12 cells | #2 |
| approach motor recovery | #2 |
| communication tacs | #2 |
| ear anodal stimulation | #2 |
| combinations stroke neurorehabilitation | #2 |
| gait uneven | #2 |
| functional lld | #2 |
| measure pulsed | #2 |
| neural plasticity effectiveness | #2 |
| vision restricted | #2 |
| u0124 gw441756 | #2 |
| lesions interhemispheric interactions | #2 |
| conditions auditory feedback | #2 |
| densely hemiplegic patient | #2 |
| 3 4250 objective | #2 |
| parameters uneven | #2 |
| approaches cortical | #2 |
| mhl early | #2 |
| paretic ratio | #2 |
| tdcs 13yearold female | #2 |
| stroke afo | #2 |
| forward aged | #2 |
| circuit measured | #2 |
| walking activity stroke | #2 |
| conducted interrater | #2 |
| ear anodal | #2 |
| treatment paralyses | #2 |
| generally undetected | #2 |
| mhl control | #2 |
| term prosthesis | #2 |
| bilateral nibs | #2 |
| tms stroke patients | #2 |
| potential tacsbased approach | #2 |
| ankle joint gait | #2 |
| stroke neurorehabilitation | #2 |
| oral floor cancer | #2 |
| specific exercise approach | #2 |
| llds ± | #2 |
| modifiable heel lift | #2 |
| encephalitis transcranial | #2 |
| aid motor recovery | #2 |
| muscle stand | #2 |
| theoretical magnetic | #2 |
| stimulation trts | #2 |
| sb203580 u0124 | #2 |
| trts 395 | #2 |
| u0124 | #2 |
| homeostatic metaplasticity combinations | #2 |
| preset surface temperature | #2 |
| hemispheres functional integrity | #2 |
| interhemispheric interactions mechanisms | #2 |
| properties poststroke | #2 |
| perceived llds | #2 |
| new neuronal interconnections | #2 |
| waves 1 cycle | #2 |
| plate 395 | #2 |
| true lld | #2 |
| metaplasticity combinations | #2 |
| views nibs | #2 |
| wholebody movement individuals | #2 |
| interactions corpus | #2 |
| device theoretical values | #2 |
| walking sacroiliac | #2 |
| scapulae higher | #3 |
| inhibitor gw441756 | #3 |
| stroke patients hemiplegia | #3 |
| cortex teachers | #3 |
| ultrasound rte activity | #3 |
| items 095 | #3 |
| barthel barthel items | #3 |
| persistently altered condition | #3 |
| validity mft | #3 |
| response tms | #3 |
| stiffness levator scapulae | #3 |
| illness mft | #3 |
| movement utilized | #3 |
| barthel mft | #3 |
| syndrome 48xxyy | #3 |
| brunnstrom recovery stage | #3 |
| pfc activity students | #3 |
| stimulation cored | #3 |
| correlation brunnstrom stage | #3 |
| increased hints | #3 |
| correlation mft | #3 |
| grasping flexion extension | #3 |
| interrater reliability mft | #3 |
| capacitor magnetic | #3 |
| parascapular muscle | #3 |
| nakasato | #3 |
| pfc activity teachers | #3 |
| imagery tested | #3 |
| dorsal scapular muscles | #3 |
| cognitive disorders patients | #3 |
| 48xxyy syndrome form | #3 |
| dorsiflexor activation | #3 |
| symptomatic healthy | #3 |
| hemiparesis dti | #3 |
| mft validity | #3 |
| brunnstrom stage mft | #3 |
| brain 0001 | #3 |
| healthy controls evaluation | #3 |
| clinical rehabilitation patients | #3 |
| muscles ultrasound rte | #3 |
| individuals hemiparesis | #3 |
| mft correlation | #3 |
| adaptability surface | #3 |
| pneumonia older people | #3 |
| corticospinal integration | #3 |
| auditory feedback signals | #3 |
| elasticity muscles | #3 |
| movement grf | #3 |
| translational rehabilitation | #3 |
| pneumonia sarcopenia | #3 |
| remote neurological | #3 |
| test mft | #3 |
| hints tablet screen | #3 |
| 0436conclusionsthe increase | #3 |
| teaching pfc activity | #3 |
| upper trapezius symptomatic | #3 |
| teachers hints | #3 |
| levator scapulae symptomatic | #3 |
| nibs application | #3 |
| prefrontal cortex teachers | #3 |
| design magnetic stimulation | #3 |
| pelvis loads | #3 |
| discrimination anodal | #3 |
| lesions cognitive disorders | #3 |
| kinematics muscle activities | #3 |
| motor disorders dti | #3 |
| mft barthel | #3 |
| tendon hammer | #3 |
| brunnstrom stage correlation | #3 |
| typing task patient | #3 |
| upper trapezius patient | #3 |
| reflex exam | #3 |
| pfc teachers | #3 |
| activity levator scapulae | #3 |
| tablet screen solving | #3 |
| mhl improve | #3 |
| stiffness levator | #3 |
| metacognitive role teaching | #3 |
| teaching pfc | #3 |
| arm elevation activity | #3 |
| wholebody movement | #3 |
| revised decreased | #3 |
| scapular rotation patients | #3 |
| chronic hemiplegia | #3 |
| rehabilitative interventions patients | #3 |
| functions compensating | #3 |
| trapezius strain | #3 |
| healthy controls lesions | #3 |
| nutation movement | #3 |
| injury hemiparesis | #3 |
| parascapular muscle activities | #3 |
| ranges tms | #3 |
| paretic healthy | #3 |
| trapezius levator | #3 |
| healthy 120° | #3 |
| optimal neural plasticity | #3 |
| patients chronic hemiplegia | #3 |
| 4 eeg | #3 |
| scapulae individuals | #3 |
| future views | #3 |
| hemispheres functional | #3 |
| strain ratios muscles | #3 |
| 14 student‐teacher pairs | #3 |
| creativity process insights | #3 |
| modulation interhemispheric | #3 |
| maximum speech discrimination | #3 |
| manual function test | #3 |
| hemiparesis diffuse | #3 |
| functions tactile | #3 |
| scapulae typing | #3 |
| selfbody | #3 |
| physiological peculiarity | #3 |
| sts movement | #3 |
| skeletal shoulder mvc | #3 |
| symptomatic arm elevation | #3 |
| numbers movements | #3 |
| hints pfc activity | #3 |
| functional perceived | #3 |
| stiffnessresultsat baseline | #3 |
| activities deltoid | #3 |
| reliability mft | #3 |
| trapezius patient | #3 |
| teachers metacognitive role | #3 |
| muscles workload | #3 |
| mft brunnstrom stage | #3 |
| movement older | #3 |
| rotation symptomatic | #3 |
| propose rehabilitation | #3 |
| daiinduced axonal damage | #3 |
| hints pfc | #3 |
| brunnstrom stage barthel | #3 |
| gb horizontal | #3 |
| 30min typing task | #3 |
| neuronal landscape | #3 |
| teacher role hints | #3 |
| levator scapulae individuals | #3 |
| processes neural plasticity | #3 |
| height older | #3 |
| lower limb muscle | #3 |
| traumatic injury head | #3 |
| coupler calculated | #3 |
| strategies healthy individuals | #3 |
| pdc difference | #3 |
| role hints | #3 |
| scapulae 90 | #3 |
| ultrasound rte | #3 |
| malnutrition longitudinal study | #4 |
| paretic correlated | #4 |
| jpn compr | #4 |
| patient brainstem encephalitis | #4 |
| probe design study | #4 |
| direction bars | #4 |
| metaplasticity motor | #4 |
| feedback visualization | #4 |
| flexion extension ± | #4 |
| compr rehabil | #4 |
| bar vertical | #4 |
| sts young | #4 |
| thickness trapezius | #4 |
| new strategy pneumonia | #4 |
| recovery clinical predictors | #4 |
| 005 paretic | #4 |
| 90° arm elevation | #4 |
| tacs based | #4 |
| eeg evoked responses | #4 |
| mild hemiplegia | #4 |
| body stand | #4 |
| older people relapse | #4 |
| lower strain ratio | #4 |
| sarcopenia pneumonia | #4 |
| strength swallowing muscles | #4 |
| hemiparesis healthy controls | #4 |
| participants teacher role | #4 |
| tensor imaging patients | #4 |
| metacognitive role | #4 |
| heating plate | #4 |
| joint bipedal | #4 |
| pathogenoriented strategy | #4 |
| task deterioration | #4 |
| mft upper | #4 |
| older pneumonia inpatients | #4 |
| positively real | #4 |
| hand representation areas | #4 |
| aspiration pneumonia sarcopenia | #4 |
| tacs frontoparietal | #4 |
| demands healthy | #4 |
| subjects uneven surface | #4 |
| supraspinatus muscle elasticity | #4 |
| hemiparesis healthy | #4 |
| strength pneumonia | #4 |
| beneficial effects tdcs | #4 |
| reflex work | #4 |
| height2 risk factor | #4 |
| respiratory muscles studies | #4 |
| walking uneven | #4 |
| sarcopenia new strategy | #4 |
| people aspiration | #4 |
| clinical predictors degree | #4 |
| aging pneumonia | #4 |
| relapse pneumonia | #4 |
| orthosis stroke | #4 |
| bars 005 | #4 |
| associations aspiration pneumonia | #4 |
| effectiveness rehabilitative interventions | #4 |
| muscles pneumonia | #4 |
| tears scapular | #4 |
| total cognitive scores | #4 |
| elasticity supraspinatus | #4 |
| barthel interrater reliability | #4 |
| neuronal regenerative activities | #4 |
| p005 sol | #4 |
| types sensorimotor | #4 |
| arm correlated | #4 |
| differences scapular motion | #4 |
| dominant hands age | #4 |
| evoked responses tms | #4 |
| voluntary contraction | #4 |
| trapezius typing | #4 |
| movements curved | #4 |
| comparing measured | #4 |
| elasticity supraspinatus muscle | #4 |
| stiffness upper trapezius | #4 |
| integrative neuronal | #4 |
| ratio levator | #4 |
| older people pneumonia | #4 |
| computer work individuals | #4 |
| nitriles pc12 | #4 |
| malnutrition risk factor | #4 |
| surface walking | #4 |
| impairment neural plasticity | #4 |
| rehabil sci | #4 |
| forward upward | #4 |
| swallowing skeletal | #4 |
| age motor training | #4 |
| height2 95 | #4 |
| auditory cortex day | #4 |
| reflex elicitation | #4 |
| sarcopenic dysphagia studies | #4 |
| day accelerometer | #5 |
| tears dysfunction | #5 |
| induced corticospinal | #5 |
| volleys motor | #5 |
| week auditory | #5 |
| pneumonia sarcopenic | #5 |
| activation ankle | #5 |
| demands stroke | #5 |
| teacherstudent pairs | #5 |
| voxel numbers | #5 |
| fibrillation potential | #5 |
| pneumonia strength | #5 |
| classification gait patterns | #5 |
| abnormal baseline eeg | #5 |
| nibs addition | #5 |
| neuritogenesis pc12 | #5 |
| activity adaptability | #5 |
| patients mhl | #5 |
| accuracy grasping | #5 |
| vr bci | #5 |
| sensory motor interactions | #5 |
| integrative neuronal activity | #5 |
| hemiparesis adult | #5 |
| 250 600 msec | #5 |
| 30 mvc force | #5 |
| afo improve | #5 |
| resistor integration | #5 |
| improvement speech discrimination | #5 |
| new neural connections | #5 |
| mft scores | #5 |
| lower upward | #5 |
| cognitive physical resources | #5 |
| comv | #5 |
| assessment barthel | #5 |
| posteroanterior current | #5 |
| 120° arm elevation | #5 |
| representation paretic | #5 |
| pafo | #5 |
| motion mechanical walking | #5 |
| prioritize cognitive | #5 |
| sacrum involved | #5 |
| discrepancy functional | #5 |
| supply advantages | #5 |
| participants hemiparesis | #5 |
| cored coil | #5 |
| auditory feedback prosthesis | #5 |
| peripheral magnetic stimulation | #5 |
| acoustic coupler | #5 |
| evoked responses patients | #5 |
| case report improvement | #5 |
| reality sickness | #5 |
| llmp | #6 |
| wbam | #6 |
| music therapy bpsd | #6 |
| devices sitting | #6 |
| facilitation reported | #6 |
| mri subitem | #6 |
| tms safety | #6 |
| lld 3 | #6 |
| callosum stroke | #6 |
| walking activity steps | #6 |
| dti lesions | #6 |
| homeostatic metaplasticity | #6 |
| great developmental potential | #6 |
| barthel test | #6 |
| suprahyoid muscles | #6 |
| ohasama study 348 | #6 |
| day walking activity | #6 |
| study elasticity | #6 |
| macro connection | #6 |
| 680 ± ± | #6 |
| cycle magnetic | #6 |
| impairment brainstem | #6 |
| students facilitate | #6 |
| motor imagery feedback | #6 |
| subitem scores | #6 |
| altered scapular motion | #6 |
| coil applied | #6 |
| order peripheral nerve | #6 |
| 48xxyy syndrome | #6 |
| tha lld | #6 |
| figure pathological | #6 |
| lld tha | #6 |
| mri subitem scores | #6 |
| brain mri decrease | #6 |
| mmse subitem scores | #6 |
| testing cognitive decline | #6 |
| individuals ohasama | #6 |
| early postsurgery inpatients | #6 |
| gait activation | #6 |
| metacognition pilot study | #6 |
| motor cortex brain | #6 |
| shoulder girdle muscles | #6 |
| scapulae rhomboid | #6 |
| trapezius higher | #6 |
| nagatomi | #6 |
| low seat | #6 |
| 1008 elderly individuals | #6 |
| arm elevation patients | #6 |
| 005 forward | #6 |
| elicitation reflex | #6 |
| tested muscles | #7 |
| functional assessment measures | #7 |
| japanese rehabilitation practice | #7 |
| visual stimuli hand | #7 |
| hip contracture | #7 |
| body function categories | #7 |
| teaching process | #7 |
| 10 mvc force | #7 |
| tacs effective | #7 |
| rating reference | #7 |
| peristimulustime histogram | #7 |
| stand movements | #7 |
| handrails | #7 |
| t6 correlated | #7 |
| icf generic30 | #7 |
| mmse subitems | #7 |
| silent cerebrovascular lesions | #7 |
| hemiparesis sensory | #7 |
| facilitate solving | #7 |
| icf rehabilitation practice | #7 |
| somatic fat | #7 |
| hemiparesis conventional | #7 |
| icf field test | #7 |
| music autonomic | #7 |
| kappa field testing | #7 |
| 3456 ± | #7 |
| patients memory disorders | #7 |
| generic30 rehabilitation | #7 |
| shoe lift | #7 |
| vr platform | #7 |
| stiffness gait | #7 |
| height2 risk | #7 |
| sts movements | #7 |
| undetected conventional | #7 |
| stroke neural plasticity | #7 |
| deltoid scapular | #7 |
| rehabilitation icf generic30 | #7 |
| mft score | #7 |
| field test kappa | #7 |
| interhemispheric interactions | #7 |
| rating reference guide | #7 |
| realworld walking activity | #7 |
| cst healthy controls | #7 |
| mep tms | #7 |
| generic30 interrater | #7 |
| strategies aspiration | #7 |
| measured circuit | #7 |
| heel metatarsal | #8 |
| strength respiratory muscles | #8 |
| induced scalp | #8 |
| tha randomized | #8 |
| 02 bapwv | #8 |
| posture sensorimotor | #8 |
| coil measured | #8 |
| categories weighted | #8 |
| r0659 | #8 |
| mp vertical | #8 |
| stepping pattern | #8 |
| feedback plantar | #8 |
| induced search | #8 |
| tangram puzzle task | #8 |
| mass respiratory | #8 |
| guide developed | #8 |
| coil magnetic stimulation | #8 |
| virtual reality sickness | #8 |
| generic30 | #8 |
| wmhs bapwv | #8 |
| bar generated | #8 |
| evaluated tongue | #8 |
| walking adaptability | #8 |
| displacement pelvis | #8 |
| rpdc | #8 |
| barthel items | #8 |
| wmh tended | #8 |
| attention measured | #8 |
| maladaptive plasticity | #8 |
| background emg | #8 |
| guide involved | #8 |
| stroke nibs | #8 |
| wmh bapwv | #8 |
| nds participants | #8 |
| pneumonia malnutrition | #8 |
| variant loads | #8 |
| tms mep | #8 |
| bapwv tended | #8 |
| ankle joint stiffness | #8 |
| 2 3 wmhs | #8 |
| 7763 ± | #8 |
| higher wmh grade | #8 |
| muscles ultrasonography | #8 |
| potential tacs | #8 |
| sb203580 mapk | #8 |
| stroke rehabilitation programs | #8 |
| r0554 | #8 |
| patients articulated | #8 |
| electrodes encephalitis | #8 |
| health icf generic30 | #8 |
| motor learning review | #8 |
| functional leg | #8 |
| supraspinatus muscle tendon | #8 |
| lacunar infarcts groups | #8 |
| subjects accelerometer | #8 |
| subjects lacunar infarcts | #8 |
| pfc activity | #9 |
| combination activation | #9 |
| activities muscles | #9 |
| cycle waves | #9 |
| associations aspiration | #9 |
| manual function | #9 |
| indoles neurites | #9 |
| prosthesis walking | #9 |
| attention hands | #9 |
| disorders diffuse | #9 |
| varying surface temperature | #9 |
| lacunar infarction mri | #9 |
| teachers metacognitive | #9 |
| kagaya | #9 |
| nondominant hands | #9 |
| tms voluntary | #9 |
| gender hand dominance | #9 |
| prevalence lacunar | #9 |
| mmse subitem | #9 |
| divided height2 | #9 |
| older pneumonia | #9 |
| nibs therapy | #9 |
| movement low | #9 |
| movements conventional | #9 |
| symptomatic rotator | #9 |
| stroke dual | #9 |
| seat height | #9 |
| coil integration | #9 |
| hands reaction | #9 |
| imagery feedback | #9 |
| threshold descending | #9 |
| mass tongue | #9 |
| sensory prosthesis | #9 |
| body angular | #10 |
| 395 white | #10 |
| excitability hemisphere | #10 |
| pfc activation | #10 |
| hyperintensity future | #10 |
| cortex standing | #10 |
| hyperintensity lacunar | #10 |
| sensory motor control | #10 |
| attention body | #10 |
| development clinical tool | #10 |
| tractography revealed | #10 |
| healthy controls ratio | #10 |
| smartphone walking | #10 |
| movement lower | #10 |
| improved hearing impairment | #10 |
| day 4 consecutive | #10 |
| tms reflex | #10 |
| involved rating | #10 |
| infarcts future | #10 |
| antagonist contraction | #10 |
| difference paretic | #10 |
| applied voltage cycle | #10 |
| 4158 ± | #10 |
| future risk decline | #10 |
| guide body | #10 |
| guide modified | #10 |
| foot motor area | #10 |
| compr | #11 |
| music therapy dementia | #11 |
| infrahyoid muscles | #11 |
| participants vision | #11 |
| damaged sensory | #11 |
| sacrum stress | #11 |
| wholebody angular momentum | #11 |
| lesions decline | #11 |
| vr sickness | #11 |
| stroke patients tms | #11 |
| generates waves | #11 |
| scores rtms | #11 |
| predictor silent | #11 |
| groups scapular | #11 |
| device rehabilitation | #11 |
| gw441756 | #11 |
| standing vision | #11 |
| waves supply | #11 |
| consciousness disorder | #11 |
| silent cerebrovascular | #11 |
| submotor | #11 |
| circuit measure | #11 |
| decline ohasama | #11 |
| future higher | #11 |
| recovery pb | #11 |
| rating body | #11 |
| motor recovery stroke | #11 |
| mep hand | #11 |
| 105 395 | #11 |
| foot motor | #12 |
| 3 wmhs | #12 |
| muscle swallowing | #12 |
| contraction antagonist | #12 |
| atherosclerosis ambulatory | #12 |
| diseases silent | #12 |
| ratio lacunar | #12 |
| 5718 ± | #12 |
| levator scapulae | #12 |
| wmh 27 | #12 |
| 3762 ± | #12 |
| subjects motor imagery | #12 |
| japan 1007 | #12 |
| behavioural inattention test | #12 |
| 395 risk | #12 |
| imd53 | #12 |
| ckd 27 | #12 |
| afo walking | #12 |
| paretic swing | #12 |
| casual clinic | #12 |
| stance higher | #12 |
| restricted vision | #12 |
| stiffness silent | #12 |
| 2 cerebral hemispheres | #12 |
| 1007 subjects | #12 |
| genetic proteinuria rna | #12 |
| paresis prostheses | #12 |
| waves preferentially | #12 |
| 173 carriers | #12 |
| walking afo | #12 |
| japan 1007 subjects | #12 |
| activity upper trapezius | #12 |
| carriers am2 | #12 |
| plasticity stroke | #12 |
| japanese rehabilitation | #12 |
| afo gait | #12 |
| ohasama study adrenomedullin | #12 |
| influence adrenomedullin | #12 |
| function categories | #12 |
| twentyfourhour daytime risk | #12 |
| discrepancy early | #12 |
| hemisphere excitability | #12 |
| pneumonia relapse | #12 |
| joint stance | #12 |
| culture medium temperature | #12 |
| wmh recorded | #12 |
| stroke damaged | #12 |
| rs3840963 | #12 |
| snbp sustained hypertension | #13 |
| limb brain | #13 |
| neck shoulder complaints | #13 |
| oscillatory brain activity | #13 |
| intermedin gene | #13 |
| stroke healthy individuals | #13 |
| reclining position | #13 |
| snbp sustained | #13 |
| joint gait | #13 |
| sustained hypertension hbp | #13 |
| hand relation | #13 |
| activity poststroke | #13 |
| low attention | #13 |
| whitecoat hypertension snbp | #13 |
| actual movement | #13 |
| extension random | #13 |
| risk factor pneumonia | #13 |
| mmhg mht | #13 |
| dominant hands | #13 |
| optimum time interval | #13 |
| whitecoat hypertension cbp | #13 |
| ankle–foot orthosis | #13 |
| disturbed network | #13 |
| dti fractional | #13 |
| odds ratio snbp | #13 |
| gait patients | #13 |
| involved load | #13 |
| thoracic extension | #13 |
| hypertension snbp | #13 |
| snbp hbp | #13 |
| ohasama study risk | #13 |
| white matter hyperintensity | #13 |
| rehabilitation auditory | #13 |
| lesions 1007 | #13 |
| plasticity interhemispheric | #13 |
| muscles age groups | #13 |
| scale contraversive | #13 |
| mht whitecoat hypertension | #13 |
| relationships mri findings | #13 |
| ratio snbp | #13 |
| hand motor imagery | #13 |
| tms stroke | #14 |
| circuit values | #14 |
| association genetic lvh | #14 |
| lvh trend | #14 |
| genotypes lacunar infarction | #14 |
| stroke method | #14 |
| plasticity rehabilitation | #14 |
| movements elderly | #14 |
| auditory biofeedback | #14 |
| lvh japanese women | #14 |
| infarction lvh | #14 |
| real arm | #14 |
| lvh p0003 | #14 |
| aging brain diseases | #14 |
| sarcopenia sarcopenic dysphagia | #14 |
| 1513a lacunar infarction | #14 |
| muscles deglutition | #14 |
| lvh trend p0003 | #14 |
| plantarflexor dorsiflexor | #14 |
| tertile bapwv | #14 |
| 1513a | #14 |
| mht hbp | #14 |
| male paresis | #14 |
| lld total | #14 |
| rhomboid major | #14 |
| eeg induced | #14 |
| gene 1513a | #14 |
| lacunar infarction lvh | #14 |
| lacunar infarction p001 | #14 |
| prr gene 1513a | #14 |
| men250 | #14 |
| approach modifiable | #14 |
| skeletal pneumonia | #14 |
| thoracic flexion | #14 |
| oscillatory communication | #14 |
| people pneumonia | #14 |
| genotypes lacunar | #14 |
| gene lacunar | #14 |
| lvh levels genotypes | #14 |
| 1513a lacunar | #14 |
| evaluated sensorimotor | #14 |
| ultrasound real | #14 |
| activity teachers | #15 |
| current preferentially | #15 |
| wmh adjustment | #15 |
| tears healthy | #15 |
| liftoff point | #15 |
| tears differences | #15 |
| muscle acoustic | #15 |
| tears aging | #15 |
| bapwv groups | #15 |
| recruited ohasama | #15 |
| force stand | #15 |
| 27 p0003 | #15 |
| ccr continuous variable | #15 |
| stiffness upper | #15 |
| association ccr | #15 |
| ccr 60 173 | #15 |
| orthosis ankle | #15 |
| prosthesis reduces | #15 |
| odds ratio ccr | #15 |
| modified rating | #15 |
| 60 173 prevalence | #15 |
| lacunar infarcts adjustment | #15 |
| primary motor cortices | #15 |
| ccr lacunar infarcts | #15 |
| silent lacunar infarcts | #15 |
| ccr odds | #15 |
| testing rating | #15 |
| task strain | #15 |
| brunnstrom stage | #15 |
| methodsthirty subjects | #15 |
| p001 lvh | #15 |
| whitecoat hypertension hbp | #15 |
| polymorphisms prr | #15 |
| hand voluntary | #15 |
| ccr prevalence | #15 |
| hyperintensity general | #15 |
| area sensory | #15 |
| japan hbp | #15 |
| continuous variable ccr | #15 |
| prevalence lacunar infarcts | #15 |
| aa genotypes p001 | #15 |
| hyperintensity groups | #15 |
| muscles voluntary | #15 |
| ccr continuous | #15 |
| feedback prosthesis | #15 |
| infarcts 24 | #15 |
| ccr wmh | #15 |
| variable lacunar | #15 |
| facilitation transcranial | #15 |
| lacunar infarcts wmh | #15 |
| bapwv adjusted | #15 |
| preferentially generates | #15 |
| ccr odds ratio | #15 |
| compensatory movement | #15 |
| adjusted wmh | #15 |
| movement elderly | #16 |
| lacunar infarction | #16 |
| corticocortical interaction | #16 |
| paretic step | #16 |
| tasks feedback | #16 |
| underlying interhemispheric | #16 |
| dorsal scapular | #16 |
| classification ankle | #16 |
| mmhg cbp | #16 |
| width healthy | #16 |
| lesions future | #16 |
| submotor threshold | #16 |
| mht snbp | #16 |
| snbp | #16 |
| analysis lacunar | #16 |
| snbp mht | #16 |
| movement vision | #16 |
| correlated real | #16 |
| mechanisms motor recovery | #16 |
| pressure snbp | #16 |
| women ohasama | #16 |
| condition gait | #16 |
| t2weighted hyperintense lesion | #16 |
| flexion paretic | #16 |
| dti fibre tractography | #16 |
| fibrillation potentials | #16 |
| infarcts groups | #16 |
| maximal product | #17 |
| model casual | #17 |
| strength swallowing | #17 |
| facilitate neural | #17 |
| twentyfourhour daytime | #17 |
| girdle muscles | #17 |
| rehabilitation dysphagia | #17 |
| interactions motor | #17 |
| length unaffected | #17 |
| phenomena movement | #17 |
| version rating | #17 |
| activation sol | #17 |
| decrease cognitive function | #17 |
| measured hands | #17 |
| lesions sensory | #17 |
| prevent higher | #17 |
| functional gain patients | #17 |
| facilitate motor | #17 |
| midstance | #17 |
| lessaffected | #17 |
| contraction 10 | #17 |
| stroke neural | #17 |
| stiffness combination | #17 |
| imd polymorphism | #17 |
| inhibitory transcranial | #17 |
| walking stroke | #18 |
| tdcs treatments | #18 |
| mht cbp | #18 |
| monitoring teaching | #18 |
| upper limb hemiparesis | #18 |
| items dressing | #18 |
| learned nonuse | #18 |
| cbp mht | #18 |
| 7284 years | #18 |
| conventional vertical | #18 |
| mmhg white | #18 |
| waves threshold | #18 |
| matter aftercare | #18 |
| muscles risk | #18 |
| stroke hemiplegic | #18 |
| trend p0003 | #18 |
| image electric | #18 |
| tms neurophysiology | #18 |
| neurorehabilitation approaches | #18 |
| sagittal plane | #18 |
| lower mp | #18 |
| ball higher | #18 |
| phase ankle | #18 |
| electromyography shoulder | #18 |
| controlled repeated | #18 |
| measured vision | #19 |
| asymptomatic people | #19 |
| based oscillatory | #19 |
| determine combinations | #19 |
| prevent silent | #19 |
| perceived leg | #19 |
| variable ccr | #19 |
| lesions cognitive | #19 |
| hebbian plasticity | #19 |
| damaged motor | #19 |
| people relapse | #19 |
| cognitive motor disorders | #19 |
| motor neural | #19 |
| corticospinal descending | #19 |
| fibre tractography | #19 |
| repetitive peripheral | #19 |
| relationship longitudinal | #19 |
| muscle mep | #19 |
| respiratory swallowing | #19 |
| electrotactile stimulation | #19 |
| blood pressure predictive | #19 |
| walking loads | #19 |
| sgs 1 | #19 |
| typing task | #19 |
| investigated silent | #20 |
| muscles magnetic | #20 |
| risk silent | #20 |
| pneumonia inpatients | #20 |
| induced tms | #20 |
| dti fiber tractography | #20 |
| behavioural inattention | #20 |
| lifespace mobility | #20 |
| feet healthy | #20 |
| ratios muscles | #20 |
| ratios sustained | #20 |
| conditions muscles | #20 |
| recruited association | #20 |
| involves developing | #20 |
| trts | #20 |
| arm relationship | #20 |
| metacognitive process | #20 |
| prioritize physical | #20 |
| deterioration healthy | #20 |
| mht white | #20 |
| sarcopenia new | #21 |
| limb chronic | #21 |
| week rehabilitation | #21 |
| bapwv compared | #21 |
| deltoid upper | #21 |
| sensory area | #21 |
| 915 accuracy | #21 |
| stand healthy | #21 |
| improvement motor deficits | #21 |
| hypertrophy japanese | #21 |
| frontal body | #21 |
| regulation joint | #21 |
| tms short | #21 |
| handrail | #21 |
| healthy controls authors | #21 |
| swallowing muscles | #21 |
| hand decrease | #21 |
| solving spectroscopy | #21 |
| groups trunk | #21 |
| extension shoulder | #21 |
| motion throwing | #22 |
| polymorphism prr | #22 |
| sensory brain | #22 |
| asymptomatic tears | #22 |
| based ankle | #22 |
| patients motor disorders | #22 |
| perceived lld | #22 |
| pusher syndrome | #22 |
| muscle elasticity | #22 |
| tractographybased analysis | #22 |
| condition forward | #22 |
| muscles asymptomatic | #22 |
| trial probe | #22 |
| discrepancy total | #22 |
| groups grade | #22 |
| adrenomedullin blood pressure | #22 |
| subjects lacunar | #22 |
| brain structural imaging | #22 |
| mep response | #22 |
| stimulation feedback | #22 |
| relationship motor function | #22 |
| infarcts adjustment | #22 |
| tool rating | #22 |
| intermedin am2 imd | #22 |
| muscle mass malnutrition | #22 |
| silent lacunar | #22 |
| sternohyoid muscle | #22 |
| facilitate teaching | #23 |
| trajectories movement | #23 |
| lvh japanese | #23 |
| muscles repetitive | #23 |
| offices predictive | #23 |
| inhibition voluntary | #23 |
| neurocytology | #23 |
| swallowing cough | #23 |
| subjects pfc | #23 |
| paretic nonparetic | #23 |
| feet measured | #23 |
| force body | #23 |
| ambulatory versus | #23 |
| individuals young | #23 |
| pneumonia pressure | #24 |
| lld control | #24 |
| japanese ohasama | #24 |
| lateromedial direction | #24 |
| paresis psychometrics | #24 |
| therapeutic exercises | #24 |
| decreased fractional anisotropy | #24 |
| onset relapse | #24 |
| association prorenin | #24 |
| hands experiment | #24 |
| exonic insertion | #24 |
| poststroke motor recovery | #24 |
| muscles ultrasound | #24 |
| oscillatory neural activity | #24 |
| restricted variability | #24 |
| stroke processes | #25 |
| stiffness dorsal | #25 |
| contraction ultrasound | #25 |
| association lacunar infarction | #25 |
| differences scapular | #25 |
| age silent | #25 |
| pelvis stress | #25 |
| neurological covid19 | #25 |
| t2m | #25 |
| intermedin am2 | #25 |
| neurons micro | #25 |
| malnutrition risk factors | #25 |
| activity levator | #25 |
| classify gait | #25 |
| women prr | #25 |
| underlying tms | #25 |
| subjects vertical | #25 |
| polymorphisms lacunar | #25 |
| exercise gastric | #25 |
| effects music therapy | #26 |
| respiratory muscle weakness | #26 |
| conducting corticospinal | #26 |
| gender hand | #26 |
| mp 005 | #26 |
| mass forward | #26 |
| load sensors | #26 |
| 1513a polymorphism | #26 |
| calculation task | #26 |
| control feet | #26 |
| movements low | #26 |
| neurons tms | #26 |
| participants center | #26 |
| repeated thermal | #26 |
| threshold tms | #26 |
| inhibition antagonist | #27 |
| circular coil | #27 |
| feedback tasks | #27 |
| interrater reliability test | #27 |
| poor rehabilitation outcome | #27 |
| extension tasks | #27 |
| lvh levels | #27 |
| women aa genotypes | #27 |
| movement devices | #27 |
| mediolateral cop | #27 |
| individuals stand | #27 |
| heel lift | #27 |
| evidence tms | #27 |
| ohasama | #27 |
| cst healthy | #27 |
| ankle muscles | #27 |
| magnetic flux densities | #27 |
| ohasama study | #27 |
| population ohasama | #27 |
| decreased direction | #27 |
| mns activation | #27 |
| scapular motion | #27 |
| izumi | #27 |
| coefficient interrater | #28 |
| students teaching | #28 |
| strokeaffected hemisphere | #28 |
| trajectories measured | #28 |
| asymptomatic rotator | #28 |
| body representation | #28 |
| induce neuritogenesis | #28 |
| assessment scapula | #28 |
| rtms unaffected | #28 |
| risk factor 95 | #28 |
| unit induced | #28 |
| comfortable pace | #28 |
| spectroscopy calculation | #28 |
| creativity process | #28 |
| infarcts subjects | #28 |
| 48xxyy | #28 |
| variability direction | #28 |
| rehabilitation icf | #28 |
| tablet screen | #28 |
| neuronal regenerative | #28 |
| attention correlated | #28 |
| strength ball | #28 |
| activation coactivation | #29 |
| walking activity | #29 |
| paresis aged | #29 |
| individuals proteinuria | #29 |
| mft | #29 |
| age swallowing | #29 |
| tms mechanisms | #29 |
| inattention test | #29 |
| okita | #29 |
| circuit wiring | #29 |
| prr gene | #29 |
| assessment elasticity | #29 |
| dysfunction silent | #29 |
| orthosis | #29 |
| nonparetic | #29 |
| mmhg sustained | #29 |
| stimulation interhemispheric | #30 |
| orthosis gait | #30 |
| height condition | #30 |
| association kidney dysfunction | #30 |
| malnutrition loss | #30 |
| contraversive pushing | #30 |
| patient hemiparesis | #30 |
| neural plasticity | #30 |
| exercise approach | #30 |
| practice disability | #30 |
| functions experiment | #30 |
| force support | #30 |
| ccr 60 | #30 |
| function silent | #31 |
| hemiparesis stroke | #31 |
| metacognitive functions | #31 |
| validity manual | #31 |
| rehabil | #31 |
| activation dual | #31 |
| effective motor | #31 |
| factor pneumonia | #31 |
| visual detection tasks | #31 |
| skeletal shoulder | #31 |
| pelvic ligaments | #31 |
| shoulder superficial | #31 |
| delivered safety | #31 |
| dysphagia cough | #31 |
| putative confounding factors | #31 |
| pneumonia older | #32 |
| peripheral magnetic | #32 |
| supraspinatus muscle | #32 |
| correlated dual | #32 |
| presence lacunar | #32 |
| lesions 0001 | #32 |
| evaluated motion | #32 |
| mass malnutrition | #32 |
| variability position | #32 |
| subitem | #32 |
| timing therapeutic | #32 |
| strategies body | #32 |
| social interaction study | #32 |
| higher mht | #32 |
| ankle gait | #32 |
| utility diffusion | #32 |
| isp duration | #32 |
| stimulation supplementary | #33 |
| study learned | #33 |
| generator 1 | #33 |
| infarcts wmh | #33 |
| walking rehabilitation | #33 |
| wmh investigated | #33 |
| subjects dual | #33 |
| oral stage | #34 |
| based raters | #34 |
| training based | #34 |
| teachers increased | #34 |
| sacroiliac joint sij | #34 |
| objective finding | #34 |
| spectroscopy devices | #34 |
| device theoretical | #34 |
| movements vision | #34 |
| individuals masked hypertension | #34 |
| dexterity stroke | #34 |
| inspiratory respiratory | #34 |
| inhibition forearm | #34 |
| older people sarcopenia | #34 |
| adult elasticity | #34 |
| scapular muscle | #34 |
| ohasama japan | #35 |
| dti fibre | #35 |
| movements young | #35 |
| stimulation incidence | #35 |
| ° arm | #35 |
| bci motor | #35 |
| induced neuritogenesis | #35 |
| diffuse axonal | #35 |
| velocity center | #35 |
| interhemispheric interaction | #35 |
| 680 ± | #35 |
| poststroke hemiparesis | #36 |
| infarcts odds | #36 |
| rehabilitative approaches | #36 |
| management bpsd | #36 |
| efficient motor | #36 |
| techniques electromyography | #36 |
| findings generally | #36 |
| suggested body | #36 |
| traumatic consciousness | #36 |
| bone cattle | #37 |
| forearm reflex | #37 |
| skeletal paresis | #37 |
| oscillatory brain | #37 |
| connection model | #37 |
| individuals older | #37 |
| plantarflexor | #37 |
| advantages light weight | #37 |
| bapwv subjects | #37 |
| hip bones | #37 |
| fcr muscle | #38 |
| time sts | #38 |
| population aftercare | #38 |
| geniohyoid muscle | #38 |
| force plates | #38 |
| individuals neck | #38 |
| elevation compared | #38 |
| induced voluntary | #38 |
| anisotropy cognition | #38 |
| plasticity phantom | #39 |
| anklefoot orthosis | #39 |
| systems gait | #39 |
| rotation thoracic | #39 |
| performed stand | #39 |
| ankle foot orthosis | #39 |
| paresis reaction | #39 |
| elevation scapular | #39 |
| 1073 individuals | #39 |
| incidence eeg | #39 |
| waves hand | #39 |
| clinicians select | #39 |
| densities generated | #40 |
| stiffness ankle | #40 |
| discrepancy lld | #40 |
| reference guide | #40 |
| timing combination | #40 |
| 2 intermedin | #40 |
| infarct white | #40 |
| pathogenesis interactions | #40 |
| icf rehabilitation | #40 |
| groups silent | #40 |
| muscles swallowing | #40 |
| relationship activation | #40 |
| individuals center | #40 |
| predictive ambulatory | #40 |
| tasks hands | #40 |
| usedependent plasticity | #40 |
| foot patients | #41 |
| movement passive | #41 |
| practice reference | #41 |
| 1060 individuals | #41 |
| joint sacrum | #41 |
| stand movement | #41 |
| rehabilitation practice | #41 |
| area damaged | #41 |
| middle deltoid | #41 |
| range walking | #41 |
| strain ratios | #42 |
| 779 subjects | #42 |
| ambulatory casual | #42 |
| transsynaptic activation | #42 |
| agency ownership | #42 |
| facilitation induced | #42 |
| based neurorehabilitation | #42 |
| 794 individuals | #42 |
| hand dominance | #42 |
| insight problem | #42 |
| motor sensory functions | #42 |
| development version | #43 |
| length walking | #43 |
| inferior fronto | #43 |
| adult 95 | #43 |
| attention rehabilitation | #43 |
| lacunar white | #43 |
| space mobility | #43 |
| simultaneously included | #43 |
| gait subjects | #43 |
| types strategies | #43 |
| lacunar infarcts | #43 |
| pfc studies | #43 |
| scalprecorded eeg | #44 |
| motor recovery | #44 |
| stem electrodes | #44 |
| 150 msec | #44 |
| 13yearold female | #45 |
| tms brain | #45 |
| effects shelf | #45 |
| cognitive disorders | #45 |
| capacitor resistor | #45 |
| msec stimulation | #45 |
| devices paresis | #46 |
| force ultrasound | #46 |
| position participants | #46 |
| rtms sessions | #46 |
| subscale analysis | #46 |
| young older individuals | #47 |
| degree recovery | #47 |
| speech transcranial | #47 |
| interhemispheric competition | #47 |
| wmh grade | #47 |
| horizontal bar | #47 |
| mm asymptomatic | #47 |
| scapular upward rotation | #47 |
| studies scans | #47 |
| stimulation noninvasive | #47 |
| mediolateral center | #48 |
| pressure closely | #48 |
| brain peripheral nerve | #48 |
| sittostand movement | #48 |
| scapular posterior | #48 |
| paretic | #48 |
| anxiety smd | #48 |
| digastric muscle | #48 |
| length discrepancy | #48 |
| bapwv higher | #48 |
| hemiplegia stroke | #48 |
| generated force | #49 |
| plasticity homeostatic | #49 |
| bapwv measurement | #49 |
| subjects wmhs | #49 |
| fingers health | #49 |
| attention postural | #50 |
| ratio upper | #50 |
| body study | #50 |
| contraction motor | #50 |
| cathodal transcranial | #50 |
| unilateral primary tha | #50 |
| patients pfc | #50 |
| stand sts | #50 |
| muscles computer | #50 |
| patients prioritize | #50 |
| walking analysis | #50 |
| authors variability | #51 |
| p0003 compared | #51 |
| infarcts age | #51 |
| student role | #51 |
| frequency repetitive | #51 |
| whitematter hyperintensity | #51 |
| range week | #51 |
| correlated mc | #52 |
| joint stiffness | #52 |
| dysphagia rehabilitation | #52 |
| diffuse axonal injury | #52 |
| attention hand | #52 |
| am2 imd | #52 |
| symptomatic cerebral infarction | #52 |
| older evaluated | #52 |
| rural japanese community | #52 |
| clinical dti | #52 |
| level functional | #52 |
| genotypes p001 | #52 |
| plasticity motor | #53 |
| coefficient field | #53 |
| odds ratios presence | #53 |
| independent ambulatory | #53 |
| versus clinic | #53 |
| effects ankle | #53 |
| pemf exposure | #53 |
| conventional imaging techniques | #54 |
| limb healthy | #54 |
| articular reference values | #54 |
| wrist movement | #54 |
| odds ratio prevalence | #54 |
| arterial stiffness presence | #54 |
| rotation higher | #54 |
| stroke impairments | #55 |
| categories component | #55 |
| radialis fcr | #55 |
| stimulation unaffected | #55 |
| sarcopenic dysphagia | #55 |
| scapular upward | #56 |
| infarction p001 | #56 |
| reproducibility disability | #56 |
| dualtask walking | #56 |
| categories icf | #56 |
| swallowing muscle | #56 |
| recorded eeg | #57 |
| values ambulatory | #57 |
| predictors degree | #58 |
| prefrontal cortex activation | #58 |
| electrotactile feedback | #58 |
| muscle factors | #58 |
| wmh independent | #58 |
| tested muscle | #58 |
| muscles animal | #58 |
| values nighttime | #58 |
| observed foot | #58 |
| total intervention | #58 |
| p0001 upper | #58 |
| function dysphagia | #58 |
| brunnstrom | #59 |
| 0001 lesions | #59 |
| individuals masked | #59 |
| human motor control | #59 |
| inhibition hand | #59 |
| p0001 strain | #59 |
| 24hour ambulatory | #60 |
| plasticity body | #60 |
| flexor moment | #60 |
| declining physical function | #60 |
| elevation activity | #60 |
| muscles joint | #60 |
| aged multitasking | #60 |
| strength respiratory | #61 |
| generated conventional | #61 |
| rehabilitation approaches | #61 |
| walking device | #62 |
| pulsed electromagnetic field | #62 |
| recovery article | #62 |
| upper trapezius | #62 |
| compared cst | #62 |
| imaging fibre | #62 |
| multidisciplinary evidence | #62 |
| brainstem encephalitis | #62 |
| trial walking | #62 |
| japan reproducibility | #62 |
| pain superficial | #63 |
| stimulation cathodal | #63 |
| measurement pulsed | #63 |
| infrared walking | #64 |
| corticospinal axon | #64 |
| sham transcranial | #64 |
| callosum functional | #64 |
| body representations | #64 |
| low inspiratory | #65 |
| model ambulatory | #65 |
| electrotactile | #65 |
| realtime tissue elastography | #65 |
| 005 bar | #65 |
| interhemispheric inhibition | #65 |
| teachinglearning process | #66 |
| bone phase | #66 |
| stroke walking | #66 |
| foot orthosis | #66 |
| task accomplishment | #66 |
| postural orientation | #67 |
| modulation oscillatory | #67 |
| scapula sex | #67 |
| function test | #67 |
| accuracy individuals | #67 |
| cst dti | #67 |
| lower elasticity | #67 |
| flexion swing | #67 |
| disease pulsatile | #67 |
| stimulation virtual | #67 |
| 363 individuals | #67 |
| scapular rotation | #67 |
| shoulder positions | #68 |
| stimuli reported | #68 |
| length subjects | #68 |
| encephalitis magnetic resonance | #68 |
| wernickes aphasia | #68 |
| decline higher | #69 |
| 01 14 | #69 |
| contraction rest | #69 |
| elastography rte | #69 |
| swing phase | #69 |
| advancing translational | #69 |
| representation brain | #69 |
| hbp cbp | #69 |
| block test | #70 |
| analysis load | #70 |
| articular sacroiliac | #70 |
| induced transcranial | #70 |
| paresis stroke | #71 |
| infarcts white | #71 |
| gait performances | #71 |
| risk carotid atherosclerosis | #71 |
| body schema | #71 |
| rehabilitation field | #71 |
| patients hemiplegia | #72 |
| infrahyoid | #72 |
| pneumonia management | #72 |
| sittostand sts | #72 |
| movements aged | #73 |
| feedback visual | #73 |
| onset pneumonia | #73 |
| values simultaneously | #73 |
| goals rehabilitation | #73 |
| cbp hbp | #73 |
| wmh lacunar | #73 |
| 01 06 | #74 |
| age asymptomatic | #74 |
| mild cognitive disorders | #74 |
| illness white matter | #74 |
| poststroke motor | #74 |
| muscles age | #75 |
| cop trajectories | #75 |
| lesions blood | #76 |
| hemiplegic patients | #76 |
| sacroiliac joint | #76 |
| adrenomedullin 2 | #76 |
| patients voxel | #76 |
| teacher role | #76 |
| lower pneumonia | #76 |
| cells ache | #76 |
| symptomatic cerebrovascular | #76 |
| symptomatic compared | #77 |
| stroke 2 | #77 |
| rest contraction | #77 |
| sijs | #77 |
| dysfunction 18 | #77 |
| presence silent | #78 |
| electromyographic activities | #78 |
| corpus callosum lesions | #78 |
| vision participants | #79 |
| study adrenomedullin | #79 |
| prevalence silent | #79 |
| hand stroke | #79 |
| studies neural | #80 |
| weeks rtms | #80 |
| combination motor | #80 |
| brain damage patients | #80 |
| hypertension hbp | #80 |
| deterioration physical | #80 |
| proximal arm | #80 |
| muscle activities | #81 |
| interhemispheric inhibition ihi | #81 |
| eightysix subjects | #81 |
| bones range | #82 |
| properties walking | #82 |
| noninvasive brain stimulation | #82 |
| reciprocal inhibition | #82 |
| aspiration respiratory | #82 |
| descending volleys | #82 |
| suprahyoid | #83 |
| differentiation chromaffin | #83 |
| ankle foot orthoses | #83 |
| wechsler memory scalerevised | #83 |
| induced prolonged | #83 |
| task solving | #83 |
| vision study | #84 |
| mep facilitation | #84 |
| nerve regulation | #84 |
| new rehabilitation | #85 |
| role pfc | #85 |
| head gastrocnemius | #85 |
| antagonist muscles | #85 |
| height2 | #85 |
| position stroke | #86 |
| decline 7 | #86 |
| flexion muscle | #86 |
| improving gait | #86 |
| wernicke aphasia | #86 |
| lesions japanese | #87 |
| densities 01 | #87 |
| total cognitive | #87 |
| agonist antagonist muscles | #87 |
| pressure ambulatory | #87 |
| pulsed magnetic field | #87 |
| elderly decreased | #87 |
| lower trapezius | #87 |
| patients dti | #88 |
| length step | #89 |
| muscle strength mass | #89 |
| observed movement | #89 |
| landscape cortical | #89 |
| imaging evaluating | #89 |
| testing cognitive | #89 |
| controls dti | #89 |
| evaluated strength | #89 |
| asymptomatic healthy | #90 |
| weakness risk | #90 |
| bci classification | #90 |
| sensorimotor rhythm | #90 |
| tissue elastography | #90 |
| psth | #90 |
| arteries asymptomatic | #90 |
| teacher student | #91 |
| hreflex amplitude | #91 |
| temperature acetylcholinesterase | #91 |
| lesions lacunar | #91 |
| imaging fiber | #91 |
| modalities walking | #91 |
| paretic muscles | #92 |
| paresis postural | #93 |
| function reproducibility illness | #93 |
| u0126 sb203580 | #93 |
| passive movement | #93 |
| weakness onset | #93 |
| phantom limb pain | #93 |
| japanese cohort study | #94 |
| activity fronto | #94 |
| lesions white | #94 |
| infarction trend | #94 |
| differences gait | #94 |
| rehabilitation motor | #94 |
| limb paresis | #96 |
| study classify | #96 |
| movement rehabilitation | #96 |
| ± lower | #97 |
| 95 relapse | #97 |
| poststroke patients | #97 |
| school baseball | #97 |
| barefoot condition | #97 |
| decreased observed | #97 |
| walking ankle | #98 |
| tms induced | #98 |
| search coil | #98 |
| months t6 | #98 |
| capacity 7 | #98 |
| classification gait | #98 |
| muscles shoulder | #99 |
| stage functional | #99 |
| movement measured | #99 |
| measured theoretical | #99 |
| square values | #100 |
| generated larger | #100 |
| lower older | #100 |
| assessment correlation | #100 |
| healthy study | #100 |
| motor plasticity | #101 |
| leg length discrepancy | #101 |
| bilateral hearing impairment | #101 |
| demands cognitive | #101 |
| adults participated | #102 |
| bars bar | #102 |
| ambulatory cerebrovascular | #102 |
| matter hyperintensity | #102 |
| distribution compliance | #102 |
| chronic hemiparesis | #103 |
| afo | #103 |
| reaction visual | #103 |
| 005 soleus | #103 |
| length gait | #104 |
| plasticity sex | #104 |
| activity transcranial | #104 |
| participants music | #104 |
| hemiplegia | #104 |
| promote motor | #105 |
| rest voluntary | #105 |
| rehabilitation sessions | #105 |
| random combination | #106 |
| therapy behavioral | #107 |
| increased mep | #107 |
| reaction force | #107 |
| measured hip | #107 |
| ipsilateral silent period | #107 |
| prolonged disorders | #107 |
| supplementary motor areas | #108 |
| cathodal sham | #108 |
| afos | #108 |
| icf | #108 |
| eeg tms | #108 |
| lesions patients | #108 |
| arm elevation | #109 |
| network hemisphere | #109 |
| inhibition intracortical | #109 |
| coaching interventions | #109 |
| improve hip | #109 |
| muscle thickness | #109 |
| cerebrovascular lesions | #110 |
| limb somatosensory | #110 |
| aphasia wernicke | #110 |
| tms compared | #110 |
| low somatic | #111 |
| dti detect | #111 |
| players control | #111 |
| injury diffusion | #112 |
| strain ratio | #112 |
| muscles studies | #112 |
| function real | #112 |
| ratio muscle | #112 |
| theta burst stimulation | #112 |
| subjects shoulder | #112 |
| length conditions | #113 |
| kinesthesia | #113 |
| trunk inclination | #114 |
| closely risk | #114 |
| agingrelated loss | #114 |
| incidence ranged | #114 |
| mirror neuron | #114 |
| ambulatory brain | #115 |
| rehabilitation stroke patients | #115 |
| 120° | #115 |
| notebook | #115 |
| movements individuals | #115 |
| lesions prevent | #115 |
| conditions auditory | #116 |
| reciprocal activation | #116 |
| nibs | #116 |
| masked hypertension mht | #116 |
| hand visual | #116 |
| activity shoulder | #117 |
| 3 weeks surgery | #117 |
| community ambulators | #117 |
| time tissue | #117 |
| genotypes polymorphism | #117 |
| acquiring new | #118 |
| position decreased | #118 |
| mhl | #119 |
| brain suggested | #120 |
| dynamic balance control | #120 |
| controls evaluation | #120 |
| hyperintensity wmh | #121 |
| masked white | #121 |
| people sarcopenia | #121 |
| consistency items | #121 |
| illusion rhi | #121 |
| ankle stiffness | #121 |
| extensor carpi radialis | #122 |
| neurologic hemiplegia | #123 |
| gait stability | #123 |
| skeletal rotator | #123 |
| magnetic stimulation | #124 |
| stroke mechanisms | #124 |
| inhibition ihi | #124 |
| biological pelvic | #124 |
| ° shoulder | #124 |
| muscles levels | #125 |
| paralyses | #125 |
| sij | #125 |
| determination cerebrovascular | #125 |
| tms delivered | #126 |
| individuals variability | #126 |
| firing probability | #126 |
| deep transcranial | #126 |
| muscles motor | #126 |
| symptoms smd | #126 |
| mass divided | #127 |
| instantaneous measurement | #127 |
| incobotulinumtoxina | #127 |
| arm stroke | #127 |
| activation negatively | #128 |
| movement motor | #128 |
| 005 healthy | #128 |
| objective findings | #128 |
| neuritogenesis | #128 |
| sensory modalities | #129 |
| lesions motor | #129 |
| baseball players | #129 |
| hormones polymorphism | #130 |
| older individuals | #130 |
| papez | #130 |
| term auditory | #130 |
| medial head | #130 |
| disorders diffusion | #130 |
| combinations techniques | #130 |
| gait healthy | #131 |
| measured steps | #131 |
| disorders abnormal | #131 |
| 02 points | #131 |
| visual detection task | #132 |
| hz tacs | #132 |
| digastric | #133 |
| lesions individuals | #133 |
| denervated rat | #133 |
| 16 clinical | #133 |
| nighttime ambulatory | #134 |
| implants stroke | #134 |
| force grf | #135 |
| rotator cuff tears | #135 |
| years poststroke | #135 |
| impairment assessment | #136 |
| early stance | #136 |
| pneumonia low | #136 |
| muscles measured | #138 |
| tms primary | #138 |
| synchronization ers | #139 |
| joint movement | #139 |
| maladaptive | #139 |
| rehabilitation accidental | #139 |
| tendon vibration | #141 |
| interpersonal interaction | #142 |
| management sarcopenia | #142 |
| magnetic stimuli | #143 |
| rehabilitative interventions | #144 |
| response transcranial | #144 |
| difference degree | #144 |
| oscillatory neural | #144 |
| pressure position | #144 |
| scans multiple | #145 |
| imitation | #145 |
| mechanisms future | #146 |
| humans associations | #147 |
| anklefoot orthoses | #147 |
| improved hearing | #147 |
| f3 4 | #147 |
| imagery patients | #148 |
| computer work | #148 |
| muscle belly | #149 |
| plasticity paresis | #149 |
| cells cell growth | #149 |
| motility ghrelin | #149 |
| external rotation | #149 |
| hemiparetic patients | #149 |
| density generated | #151 |
| pulse timing | #151 |
| hemiplegic stroke | #151 |
| figure coil | #151 |
| 16 healthy controls | #151 |
| lower limb | #151 |
| sts adult | #151 |
| individualized strategies | #152 |
| stimulation activities | #152 |
| lacunar aged | #152 |
| paretic hand | #152 |
| instructed perform | #152 |
| evaluation comparing | #152 |
| activity prefrontal cortex | #152 |
| stroke impairment | #152 |
| 600v | #152 |
| stiffness early | #152 |
| 3 experimental conditions | #153 |
| oral floor | #154 |
| reliability interrater | #154 |
| probe design | #154 |
| stroke improvement | #155 |
| laryngeal penetration | #155 |
| hands feet | #156 |
| reaction forces | #156 |
| 135 85 | #156 |
| voltage cycle | #156 |
| chronic stage | #157 |
| ambulatory carotid | #157 |
| tms studies | #157 |
| infarction white | #157 |
| addition light | #157 |
| normal postoperative | #158 |
| tongue aged | #158 |
| attention healthy | #158 |
| ambulatory cerebral | #159 |
| geniohyoid | #159 |
| dti cst | #160 |
| reflex amplitude | #160 |
| values numerical | #161 |
| tendon reflex | #162 |
| magnetic field measurement | #162 |
| step width | #163 |
| bodied subjects | #163 |
| cathodal stimulation | #163 |
| intended movement | #163 |
| therapeutic program | #164 |
| devices biomechanical | #164 |
| subclinical cerebrovascular | #165 |
| hypertension mht | #165 |
| competitive interaction | #165 |
| vasodilator peptide | #166 |
| coefficient internal | #166 |
| recovery developed | #167 |
| body ownership | #167 |
| flexion movement | #167 |
| stimuli body | #167 |
| lobe pilot | #167 |
| rubber hand illusion | #168 |
| upward rotation | #168 |
| tongue pressure | #168 |
| differences kinematics | #168 |
| guide practice | #168 |
| control stand | #168 |
| lacunar | #169 |
| leading long | #169 |
| rotation greater | #170 |
| position aged | #170 |
| polymorphism renal | #171 |
| central muscle | #173 |
| dual task | #174 |
| dualtask interference | #174 |
| tokyo metropolitan institute | #174 |
| shoulder complaints | #174 |
| injury frequently | #175 |
| lesions arterial | #175 |
| intellectual activity | #176 |
| activity students | #176 |
| individuals 55 | #177 |
| muscles young | #178 |
| improved hand | #178 |
| prorenin receptor prr | #178 |
| joint electromyography | #179 |
| movement individuals | #179 |
| throwing shoulder | #179 |
| scapulae | #180 |
| condition older | #180 |
| stimuli hand | #180 |
| paretic arm | #180 |
| measured gait | #180 |
| parameters recovery | #180 |
| discharge rehabilitation | #181 |
| stroke silent | #181 |
| individuals stroke | #182 |
| arm improved | #182 |
| specific exercise | #182 |
| calculation values | #183 |
| vertical direction | #183 |
| agonist muscle | #183 |
| waves ultrasonography | #184 |
| movement young | #184 |
| ihi | #184 |
| plasticity transcranial | #185 |
| prosocial effects | #185 |
| patient perceived | #185 |
| 395 ° | #185 |
| stimulation review | #186 |
| fields numerical | #186 |
| noninvasive brain | #186 |
| conditions walking | #186 |
| single motor unit | #186 |
| bipedal walking | #187 |
| injury cognitive | #187 |
| denervated muscle | #187 |
| normalized root | #188 |
| ambulators | #188 |
| bestperforming model | #188 |
| scapular | #188 |
| gait | #189 |
| component body | #189 |
| term rehabilitation | #189 |
| independent processing | #190 |
| arm measured | #190 |
| disease transcranial | #190 |
| muscles middle | #190 |
| rehabilitative treatment | #190 |
| coaching intervention | #191 |
| rocker | #192 |
| higher wmh | #193 |
| dimensional motion | #193 |
| infrared stroke | #193 |
| rehabilitation techniques | #194 |
| ventricular japan | #194 |
| eventrelated synchronization | #194 |
| unilateral spatial neglect | #195 |
| neuronal model | #195 |
| knee flexion | #195 |
| genetic prevalence receptors | #196 |
| performance stroke | #196 |
| ankle plantar | #196 |
| recovery traumatic | #196 |
| stimulation nibs | #197 |
| life space | #197 |
| eeg evoked | #197 |
| dti fiber | #198 |
| plasticity functional | #199 |
| activity walking | #200 |
| signals sensory | #200 |
| evaluating patients | #200 |
| scores mini | #201 |
| studies pneumonia | #201 |
| repetitive tms | #202 |
| activity dual | #202 |
| analysis force | #202 |
| teachers students | #203 |
| stimulus artifact | #204 |
| behavior prefrontal | #205 |
| session sessions | #205 |
| anodal transcranial | #205 |
| pneumonia controls | #205 |
| 6 hz | #205 |
| pressure cbp | #206 |
| rotation patients | #206 |
| tha study | #206 |
| tdcs patients | #206 |
| tdcs anodal | #207 |
| patients tms | #209 |
| neurorehabilitation | #210 |
| voluntary motor | #210 |
| motor learning | #210 |
| ear speech | #211 |
| ankle joint | #211 |
| complaints adult | #211 |
| report improvement | #211 |
| validity patients | #211 |
| hand illusion | #211 |
| unilateral spatial | #211 |
| contraversive | #211 |
| behavioral perspective | #211 |
| chronic stroke patients | #212 |
| adjusted confounding | #212 |
| potentials mep | #213 |
| field pemf | #213 |
| animals butadienes | #213 |
| motion orientation | #213 |
| standard rehabilitation | #214 |
| patients impairments | #214 |
| movement body | #215 |
| direction horizontal | #215 |
| p005 correlated | #215 |
| groups presence | #216 |
| mechanical walking | #216 |
| thermal stimulation | #216 |
| patients plastic | #216 |
| joint sij | #216 |
| lesions carotid | #217 |
| adjustment association | #217 |
| rtms patients | #217 |
| stimulation movement | #217 |
| area lesions | #217 |
| rehabilitation tool | #217 |
| improves gait | #217 |
| effectiveness specific | #218 |
| aged paresis | #218 |
| fast conducting | #219 |
| plasticity recovery | #219 |
| mobility community | #219 |
| infarction square | #220 |
| whitecoat hypertension | #220 |
| motorrelated areas | #220 |
| multitasking behavior | #221 |
| min−1 173 | #222 |
| body function | #223 |
| reliability measurement | #223 |
| transcranial direct | #223 |
| fiber tractography | #223 |
| population recruited | #224 |
| proven role | #224 |
| pulsed magnetic | #224 |
| eeg responses | #225 |
| behavior neural | #225 |
| week walking | #226 |
| carpi radialis | #226 |
| projects recovery | #226 |
| imitation learning | #227 |
| support body | #227 |
| relation motor | #227 |
| patient mild | #228 |
| polymorphism blood | #230 |
| functional gain | #230 |
| clinic blood | #231 |
| kidney dysfunction | #231 |
| day walking | #232 |
| stimulation session | #233 |
| recovery review | #233 |
| decreased individuals | #234 |
| scores improvements | #235 |
| interrater | #235 |
| auditory feedback | #237 |
| level somatic | #238 |
| superficial muscles | #238 |
| arm disability | #238 |
| event synchronization | #239 |
| animals deglutition | #239 |
| male mirror | #240 |
| tacs | #240 |
| walking older | #240 |
| attention groups | #240 |
| healthy controls participants | #241 |
| inhibitory balance | #241 |
| icf categories | #242 |
| infarction mri | #244 |
| longitudinal body | #244 |
| subjects young | #245 |
| muscles muscle | #245 |
| older communitydwelling adults | #245 |
| mirror therapy | #245 |
| timed test | #246 |
| stiffness risk | #246 |
| controls aged | #246 |
| neural network activity | #247 |
| pain caused | #247 |
| genetic proteinuria | #248 |
| cells imidazoles | #248 |
| eegs recorded | #249 |
| test version | #249 |
| shoulder abduction | #249 |
| factors tongue | #251 |
| underlying motor | #251 |
| movement patient | #251 |
| kinematics kinetics | #252 |
| lacunar infarct | #252 |
| 24 abp | #253 |
| diseases shoulder | #253 |
| greater muscle | #254 |
| deltoid muscles | #254 |
| task walking | #255 |
| tms patients | #255 |
| predictors recovery | #255 |
| aged ankle | #256 |
| gait hemiplegia | #256 |
| measured device | #257 |
| anodal stimulation | #258 |
| aphasia patients | #259 |
| evoked responses | #261 |
| speed stride | #262 |
| groups sustained | #263 |
| kinesthetic | #263 |
| cancellous bone | #263 |
| stimulation tacs | #263 |
| body trunk | #264 |
| finger extension | #264 |
| rtms dlpfc | #264 |
| sensory impairments | #265 |
| pressure hbp | #266 |
| ratio strain | #267 |
| dexterity | #268 |
| measured evaluate | #268 |
| students increased | #269 |
| factors malnutrition | #270 |
| mass velocity | #270 |
| foot pressure | #270 |
| performance dual | #271 |
| fronto parietal | #273 |
| theta burst | #273 |
| age general population | #273 |
| learning review | #273 |
| increase joint | #274 |
| lld | #274 |
| higher symptomatic | #275 |
| ankle foot | #275 |
| butadienes cell | #276 |
| effects music | #276 |
| synchronization evoked | #276 |
| tms pulse | #276 |
| anterior direction | #276 |
| activation muscles | #277 |
| single case report | #277 |
| renin sex | #278 |
| stimulation intensity | #278 |
| standardized scale | #278 |
| measured magnetic | #279 |
| axonal injury | #279 |
| evidence motor | #279 |
| 14 stroke | #279 |
| functions motor | #280 |
| measured accelerometers | #280 |
| response brain | #280 |
| extremity movement | #281 |
| subjects middle | #281 |
| tpj | #281 |
| pegboard test | #282 |
| limb amputations | #282 |
| lateral vertical | #283 |
| llds | #284 |
| speed step | #285 |
| mild exercise | #285 |
| am2 | #285 |
| 138 subjects | #286 |
| brf | #287 |
| limb body | #287 |
| review stroke | #289 |
| loss respiratory | #292 |
| vestibular visual | #292 |
| low 20 | #295 |
| uneven surfaces | #295 |
| 30 volunteers | #296 |
| mri neuropsychological | #296 |
| infarction 24 | #297 |
| headmounted displays | #297 |
| auditory comprehension | #297 |
| voluntary movement | #298 |
| tha methods | #299 |
| measured walking | #300 |
| transcranial alternating | #301 |
| clinical rehabilitation | #303 |
| radialis | #303 |
| body movement | #304 |
| dorsiflexor | #304 |
| joint moment | #305 |
| posture aged | #306 |
| movement parietal | #306 |
| thickness lower | #306 |
| psychometrics recovery | #306 |
| level stroke | #307 |
| stage stroke | #307 |
| uneven | #307 |
| anticonvulsant medication | #308 |
| aging loss | #308 |
| immersive vr | #309 |
| exercise stroke | #310 |
| direct current | #311 |
| compared asymptomatic | #311 |
| music therapy | #311 |
| current stimulation | #312 |
| variance time | #312 |
| neuronlike cells | #312 |
| magnetic pulse | #314 |
| patient healthy | #314 |
| mm groups | #314 |
| trunk flexion | #315 |
| mep | #316 |
| adults visual | #316 |
| diffusion tensor imaging | #317 |
| kinetic kinematic | #318 |
| factor neurites | #319 |
| humans walking | #321 |
| spatial neglect | #322 |
| feet | #323 |
| pulse voltage | #324 |
| induced eeg | #324 |
| symptomatic stroke | #325 |
| kinetic control | #327 |
| tears rotator | #327 |
| work individuals | #329 |
| output capacitor | #330 |
| speed adult | #331 |
| stroke review | #332 |
| bci based | #332 |
| poststroke rehabilitation | #332 |
| sustained hypertension | #332 |
| coat hypertension | #333 |
| respiratory muscle | #333 |
| cognitive physical | #334 |
| motor cortices | #335 |
| involved steps | #336 |
| phantom limb | #336 |
| examine safety | #337 |
| shoulder girdle | #338 |
| clinical tool | #338 |
| hemisphere lesion | #339 |
| lobe transcranial | #340 |
| stimulation device | #341 |
| 10 healthy adults | #342 |
| task observed | #342 |
| carpi | #343 |
| visual proprioceptive | #343 |
| association kidney | #343 |
| muscle activity | #343 |
| transcranial magnetic | #343 |
| assessment activity | #344 |
| measurement muscle | #344 |
| time transcranial | #345 |
| cathodal | #346 |
| subjects visual | #346 |
| kinematics muscle | #346 |
| neural connections | #346 |
| ratios presence | #346 |
| weakness lower | #349 |
| surface renin | #349 |
| risk decline | #349 |
| levels closely | #352 |
| aged female humans | #352 |
| effective rehabilitation | #352 |
| frequency rtms | #353 |
| controls ratio | #353 |
| years middle | #353 |
| stimulation sessions | #353 |
| corticospinal neurons | #355 |
| muscles response | #355 |
| interventions stroke | #356 |
| junction tpj | #357 |
| stroke healthy | #357 |
| fields electromyography | #358 |
| walking study | #359 |
| gait performance | #359 |
| dual tasks | #360 |
| wave waves | #360 |
| pressure cerebrovascular | #361 |
| stimulation 10 | #362 |
| strategies individuals | #363 |
| acetylcholine esterase | #366 |
| position standing | #367 |
| measurements muscle | #370 |
| nighttime blood pressure | #374 |
| exam | #374 |
| activity steps | #375 |
| phenomena foot | #375 |
| risk factors onset | #376 |
| eventrelated desynchronization | #377 |
| throwing | #378 |
| aged recovery | #378 |
| foot gait | #378 |
| illness white | #379 |
| dti studies | #379 |
| 60 173 | #380 |
| anxiety behavioral | #381 |
| mass strength | #382 |
| leg standing | #382 |
| improvement speech | #383 |
| cortex activation | #383 |
| limb pain | #384 |
| stroke aging | #385 |
| included regression | #385 |
| respiratory muscle strength | #386 |
| values middle | #386 |
| tropomyosinrelated kinase | #390 |
| total size | #390 |
| patients healthy individuals | #391 |
| tms evoked | #391 |
| modulate neural | #392 |
| role monitoring | #392 |
| muscle contraction | #392 |
| stance phase | #393 |
| temporoparietal junction | #393 |
| physical cognitive | #393 |
| contraction increase | #393 |
| surgery functional | #393 |
| pelvic parameters | #394 |
| abductor pollicis brevis | #395 |
| ratio peptide | #395 |
| unaffected hemisphere | #397 |
| distribution creatinine | #397 |
| studies motor | #397 |
| burst stimulation | #398 |
| smartphone | #399 |
| leg length | #400 |
| lower limb amputation | #401 |
| reality young | #401 |
| patients pdc | #402 |
| trained clinicians | #402 |
| mvc force | #404 |
| new neural | #407 |
| attention motor | #407 |
| stair | #411 |
| projects range | #411 |
| newly identified member | #413 |
| surface step | #415 |
| subcortical stroke | #415 |
| 10 maximum | #416 |
| pneumonia aspiration | #416 |
| motion shoulder | #417 |
| future decline | #418 |
| risk functional | #418 |
| extension moment | #419 |
| movement neuronal | #420 |
| skills neuronal | #420 |
| function stroke | #421 |
| rehabilitation settings | #422 |
| scapular plane | #423 |
| reflex humans | #423 |
| ratio physicians | #424 |
| dementia bpsd | #425 |
| isp | #425 |
| length inequality | #428 |
| equivalent stress | #429 |
| variability decreased | #429 |
| interactions sex | #430 |
| cuff shoulder | #430 |
| strength evaluated | #430 |
| field structure | #431 |
| performance healthy | #432 |
| modified based | #432 |
| study ultrasound | #433 |
| extensor carpi | #433 |
| patients rotator | #434 |
| ± 60 | #435 |
| orthogonal direction | #435 |
| hand motor | #436 |
| 17 articles | #437 |
| structure measured | #438 |
| imaging motor | #438 |
| lumbar scoliosis | #439 |
| elevated fibrinogen | #440 |
| patients stroke | #441 |
| movement perception | #442 |
| prorenin receptor | #443 |
| neurons nitriles | #443 |
| brain patients | #444 |
| angled | #446 |
| factors prevent | #447 |
| based exercise | #447 |
| field device | #447 |
| hypergonadotropic hypogonadism | #447 |
| fma | #449 |
| stage diffuse | #449 |
| coaching | #450 |
| rtms applied | #450 |
| motion analysis | #455 |
| encephalitis magnetic | #455 |
| pemf | #455 |
| hebbian | #456 |
| intracortical inhibition | #456 |
| greater utilization | #458 |
| limb spasticity | #462 |
| 18 people | #464 |
| associations respiratory | #464 |
| sensorimotor cortices | #465 |
| interrater reliability | #465 |
| effects transcranial | #465 |
| silent | #466 |
| interface based | #468 |
| brain communication | #469 |
| aspiration pneumonia | #470 |
| recovery stroke | #471 |
| spatial attention | #471 |
| pain motor | #471 |
| agerelated | #473 |
| improved gait | #473 |
| pressure 24 | #474 |
| unit firing | #475 |
| 10 healthy individuals | #475 |
| tendons young | #477 |
| receptor prr | #479 |
| kinetics mechanical | #485 |
| stimulation enhances | #489 |
| measure body | #490 |
| study recorded | #491 |
| hands | #491 |
| developed modified | #491 |
| volleys | #493 |
| pulsed electromagnetic | #494 |
| 3 proportion | #494 |
| amputee | #496 |
| activity upper | #499 |
| trapezius | #499 |
| movement brain | #499 |
| stimulation upper | #500 |
| shoulder motion | #501 |
| young individuals | #503 |
| control hand | #504 |
| feedback sensory | #505 |
| dementia systematic review | #506 |
| activity stroke | #506 |
| women aa | #507 |
| anodal tdcs | #509 |
| sarcopenia risk | #510 |
| motor rehabilitation | #512 |
| recorded 24 | #513 |
| visual vestibular | #513 |
| matter observed | #516 |
| gait rehabilitation | #517 |
| infarction cohort | #518 |
| based basic | #518 |
| psychometrics design | #521 |
| laypeople | #521 |
| limbic encephalitis | #523 |
| ipsilateral motor | #523 |
| fim scores | #524 |
| rehabilitation walking | #525 |
| gait patterns | #525 |
| myoelectric | #526 |
| scalp recorded | #526 |
| longterm disability | #527 |
| grab | #528 |
| levator | #528 |
| mep amplitude | #528 |
| walking young | #531 |
| nighttime blood | #535 |
| aged orthotic | #535 |
| repetitive transcranial | #537 |
| 90° | #537 |
| determine combination | #539 |
| simulation finite | #540 |
| balance sensation | #541 |
| lesions conclusion | #542 |
| stiffness patients | #543 |
| stroke types | #546 |
| feedback improve | #546 |
| stances | #547 |
| techniques motor | #547 |
| movement kinematics | #553 |
| swallowing disorders | #554 |
| mapk extracellular | #555 |
| stimulation tms | #555 |
| blood pressure risk | #555 |
| stimulation auditory | #556 |
| walking gait | #556 |
| inequality male | #556 |
| voxelbased analysis | #557 |
| 10 80 | #558 |
| motor area | #560 |
| involuntary movements | #561 |
| posterior parietal | #563 |
| center pressure | #564 |
| patients healthy controls | #567 |
| skeletal muscles | #573 |
| body skeletal | #576 |
| cathodal tdcs | #578 |
| animals efferent | #578 |
| rehabilitation transcranial | #578 |
| diseases corpus | #581 |
| decreased aging | #581 |
| cuff tears | #581 |
| visual feedback | #582 |
| intermedin | #583 |
| phase gait | #584 |
| parameters gait | #586 |
| gait data | #586 |
| soleus sol | #588 |
| task patients | #588 |
| anodal cathodal | #588 |
| international classification functioning | #589 |
| aged attention | #589 |
| humans music | #595 |
| young elderly subjects | #597 |
| transcranial | #597 |
| neck shoulder | #598 |
| current density distribution | #598 |
| parallel processing | #599 |
| japan logistic | #600 |
| arthroplasty randomized | #601 |
| anodal | #601 |
| ultrasound elastography | #602 |
| decreased fractional | #604 |
| mep amplitudes | #605 |
| functioning clinical | #608 |
| functional independence measure | #608 |
| individuals low | #611 |
| regression slope | #612 |
| interhemispheric | #613 |
| hypercholesterolemia diabetes | #614 |
| optimal application | #614 |
| performance walking | #615 |
| processes neural | #619 |
| assessment quality | #619 |
| levels genotypes | #621 |
| shoulder injuries | #623 |
| shoulder adult | #624 |
| paresis | #624 |
| electromyography feedback | #625 |
| upward downward | #629 |
| ambulatory blood pressure | #632 |
| plasma fibrinogen | #635 |
| years general | #635 |
| trka signal | #638 |
| measured ultrasound | #640 |
| hand foot | #641 |
| blood pressure measurement | #644 |
| 2 cognitive | #647 |
| bpsd | #647 |
| muscles | #648 |
| japan long | #651 |
| based motor | #654 |
| activity muscle | #655 |
| speech discrimination | #656 |
| subjective symptoms | #656 |
| lower limbs | #657 |
| wernicke | #658 |
| control movement | #659 |
| individuals healthy | #660 |
| assessment muscle | #660 |
| motor control | #661 |
| motor responses | #664 |
| surface electrodes | #667 |
| learning task | #669 |
| logistic models illness | #670 |
| eeg patients | #671 |
| stroke lacunar | #673 |
| impairment cerebral | #673 |
| rater | #674 |
| cerebral peduncle | #674 |
| tms study | #675 |
| projects stroke | #676 |
| belly | #677 |
| 37yearold woman | #678 |
| mirror neurons | #678 |
| patients difficulty | #679 |
| conduction time | #687 |
| wmh | #688 |
| stride length | #688 |
| walking adult | #692 |
| memory scale | #693 |
| subjects groups | #697 |
| motor training | #697 |
| voluntary isometric | #701 |
| metaplasticity | #702 |
| unclear purpose | #702 |
| stroke based | #705 |
| cortex problem | #706 |
| egfr proteinuria | #711 |
| lower limb muscles | #711 |
| increased task | #711 |
| fatigue compared | #711 |
| head model | #711 |
| tensor imaging | #713 |
| dementia systematic | #714 |
| pressure cop | #715 |
| tmtb | #716 |
| humans imitative | #716 |
| proprioceptive feedback | #718 |
| relation observed | #720 |
| gait cycle | #724 |
| reliability coefficient | #725 |
| disorders confidence | #725 |
| induce neuronal | #725 |
| weighted kappa | #727 |
| pilot rct | #727 |
| correlated ratio | #728 |
| brachial arteries | #729 |
| step length | #729 |
| adequate performance | #729 |
| pd098059 | #735 |
| improving functional | #735 |
| muscle tendon | #735 |
| listened | #738 |
| healthy elderly individuals | #739 |
| neural mechanism | #741 |
| young older | #743 |
| correlated activation | #744 |
| grf | #745 |
| pegboard | #745 |
| walkway | #745 |
| japanese general | #746 |
| limb rehabilitation | #746 |
| feedforward feedback | #747 |
| japanese general population | #750 |
| limb amputation | #752 |
| stroke transcranial | #753 |
| stimulation motor | #754 |
| infarction magnetic | #755 |
| classification functioning | #755 |
| flexor carpi | #757 |
| frontoparietal | #759 |
| compensatory strategies | #759 |
| muscles posture | #762 |
| stimulation rtms | #762 |
| blood pressure measurements | #763 |
| japanese community | #767 |
| activity task | #771 |
| target muscle | #772 |
| hemiplegic | #776 |
| rhomboid | #777 |
| compared magnetic | #778 |
| alternating current | #780 |
| 178 ± | #786 |
| supraspinatus | #790 |
| motor disorders | #791 |
| intracortical facilitation | #792 |
| brain findings | #793 |
| potential mep | #793 |
| voluntary | #794 |
| adolescent auditory | #796 |
| stimulation electrical | #797 |
| desk | #798 |
| auditory cortex | #802 |
| contraction increased | #802 |
| regions decreased | #802 |
| pegs | #804 |
| nutation | #806 |
| classified grade | #806 |
| motor imagery | #808 |
| complex regional | #809 |
| imitative | #812 |
| compliance female | #814 |
| coactivation | #815 |
| cortex pfc | #815 |
| function functional | #815 |
| ground reaction force | #817 |
| timed tug | #820 |
| wechsler memory | #821 |
| functional modulation | #823 |
| motor evoked | #826 |
| completion time | #826 |
| impairment stroke | #832 |
| control learning | #832 |
| japanese version | #833 |
| 80 anisotropy | #841 |
| motor pathways | #844 |
| stimulation tdcs | #845 |
| observed degree | #850 |
| magnetic flux density | #852 |
| areas primary | #853 |
| health icf | #853 |
| 24 subjects | #854 |
| stimulations | #856 |
| hypertension aged | #857 |
| neurites neurogenesis | #858 |
| activation medial | #863 |
| functional decline | #863 |
| rehabilitation study | #869 |
| hemiparetic | #870 |
| total hip arthroplasty | #871 |
| wrist extension | #876 |
| disorders square | #877 |
| imitative behavior | #877 |
| analysis adjusted | #881 |
| brain damaged | #886 |
| mediolateral | #891 |
| initial severity | #891 |
| stroke patients | #894 |
| neurological assessment | #896 |
| tms | #896 |
| animals electromyography | #896 |
| pfc | #898 |
| disorders neurologic | #899 |
| ° 120 | #900 |
| flexion knee | #901 |
| 0001 total | #902 |
| pain occupational | #904 |
| swallow | #904 |
| laterality hand | #910 |
| skill training | #911 |
| activation performance | #912 |
| association genetic polymorphisms | #913 |
| walking performance | #914 |
| pathways electric | #915 |
| rte | #916 |
| myelinated neuropsychological | #921 |
| reliability study | #925 |
| aged biomechanical | #925 |
| detected mri | #926 |
| human motor cortex | #926 |
| techniques neural | #929 |
| diffusion parameters | #931 |
| gait pattern | #931 |
| techniques evaluation | #933 |
| hand muscles | #935 |
| model calculation | #936 |
| steps day | #936 |
| step time | #939 |
| time visual | #941 |
| hemiplegia humans | #942 |
| 16 healthy | #944 |
| parietal cortices | #947 |
| functional outcomes patients | #951 |
| articulated | #952 |
| pressure abp | #953 |
| regional pain | #954 |
| glenohumeral joint | #954 |
| amputees | #955 |
| masked hypertension | #955 |
| reality vr | #958 |
| measured muscle | #967 |
| 18 male | #968 |
| rehabilitation stroke | #969 |
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| 169 ± | #1623 |
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| walking | #1700 |
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| sarcopenia | #5222 |
| coat | #5229 |
| efferent pathways | #5231 |
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| fractional anisotropy | #5289 |
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| peripheral nerve | #5341 |
| toe | #5346 |
| stimulation treatment | #5352 |
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| male motion | #5407 |
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| sessions | #5522 |
| ambulatory | #5557 |
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| erps | #5628 |
| 0 ° | #5655 |
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| isometric | #5931 |
| inferior frontal gyrus | #5940 |
| brain cognitive | #5977 |
| malnutrition | #5981 |
| functional performance | #6034 |
| brain humans | #6052 |
| living aged | #6053 |
| female gyrus | #6094 |
| 60 ° | #6097 |
| functional laterality | #6141 |
| cronbachs alpha | #6182 |
| test patients | #6191 |
| limbs | #6198 |
| aging female | #6220 |
| post stroke | #6222 |
| functional recovery | #6239 |
| range motion | #6306 |
| neurophysiology | #6309 |
| traumatic brain | #6351 |
| movement disorders | #6369 |
| plasticity | #6373 |
| age 95 | #6373 |
| function retrospective | #6376 |
| neck pain | #6396 |
| 10 healthy | #6397 |
| supplementary | #6399 |
| hz frequency | #6435 |
| neural circuits | #6440 |
| motion | #6451 |
| muscle strength | #6459 |
| cerebral infarction | #6463 |
| neurite | #6476 |
| functional | #6504 |
| imagination | #6514 |
| interventions patients | #6523 |
| aged 20 | #6547 |
| neurophysiological | #6561 |
| corrigendum | #6581 |
| biomechanical | #6645 |
| female fingers | #6702 |
| somatosensory | #6754 |
| min 173 | #6764 |
| potentials | #6779 |
| eccentric | #6854 |
| continuous variable | #6951 |
| spasticity | #6970 |
| cognitive ability | #7016 |
| gait speed | #7053 |
| leg | #7075 |
| memory disorders | #7080 |
| neurites | #7121 |
| virtual reality | #7131 |
| injuries traumatic | #7159 |
| neglect | #7204 |
| humans lower | #7209 |
| stimulation | #7226 |
| female functional | #7232 |
| corpus callosum | #7234 |
| functional outcome | #7254 |
| randomized controlled trial | #7272 |
| daily activities | #7287 |
| fibrinogen | #7307 |
| cortical areas | #7315 |
| aged muscle | #7320 |
| ultrasonography | #7350 |
| magnetics | #7355 |
| article doi | #7384 |
| mri findings | #7393 |
| walk | #7404 |
| evoked | #7426 |
| injury patients | #7520 |
| fibrinogen humans | #7608 |
| pressure measurements | #7634 |
| callosum | #7639 |
| patients unilateral | #7653 |
| test scores | #7666 |
| electromagnetic fields | #7693 |
| eeg | #7735 |
| therapists | #7761 |
| walk test | #7796 |
| responses patients | #7810 |
| therapy effective | #7821 |
| unaffected | #7863 |
| aged outcome | #7877 |
| brain magnetic | #7952 |
| imagery | #7960 |
| subjects adult | #7988 |
| laterality | #8064 |
| illness statistics | #8111 |
| muscle | #8125 |
| cortex animals | #8139 |
| patients functional | #8192 |
| dysfunction female | #8344 |
| multiple regression | #8354 |
| imaging techniques | #8365 |
| somatosensory cortex | #8429 |
| inspiratory | #8431 |
| white matter | #8582 |
| 72 patients | #8588 |
| male movement | #8597 |
| patients parkinson | #8609 |
| gastric emptying | #8634 |
| neural mechanisms | #8680 |
| emptying | #8747 |
| female fibrinogen | #8893 |
| participated | #8927 |
| vestibular | #8982 |
| nirs | #9084 |
| diffusion magnetic | #9094 |
| contractions | #9094 |
| tensor | #9162 |
| pulsatile flow | #9174 |
| design randomized | #9228 |
| asymptomatic diseases | #9258 |
| rate variability | #9314 |
| functional magnetic | #9362 |
| stimulation therapy | #9391 |
| joint male | #9427 |
| psychomotor performance | #9446 |
| disability evaluation | #9535 |
| laterality humans | #9651 |
| task | #9670 |
| extremity | #9670 |
| imaging fmri | #9685 |
| intervention patients | #9738 |
| hz | #9746 |
| sensation | #9758 |
| evaluation female | #9782 |
| imaging female | #9818 |
| unilateral | #9870 |
| cognition cognitive | #9892 |
| palsy | #9894 |
| chronic phase | #9896 |
| replacement hip | #9901 |
| study randomized | #9911 |
| denervation | #9953 |
| renin | #9959 |
| adult cerebral | #10014 |
| electroencephalography evoked | #10078 |
| memory middle | #10126 |
| musculoskeletal | #10181 |
| perceptual | #10290 |
| japan | #10369 |
| effectiveness | #10430 |
| stimulation female | #10459 |
| pharyngeal | #10460 |
| pressure determination | #10516 |
| week 4 | #10600 |
| therapy modalities | #10635 |
| traumatic brain injury | #10706 |
| physical exercise | #10779 |
| fibers myelinated | #10785 |
| hypertrophy ventricular | #10834 |
| brain injury | #10858 |
| rate egfr | #10902 |
| momentum range | #10934 |
| patients groups | #10947 |
| japan male | #11121 |
| hand strength | #11145 |
| factors stroke | #11186 |
| anterior posterior | #11331 |
| age body | #11334 |
| knee joint | #11381 |
| illness aged | #11449 |
| muscle skeletal | #11479 |
| recovery | #11479 |
| hip joint | #11550 |
| voxel | #11673 |
| hemispheric | #11674 |
| white | #11729 |
| cortex | #11755 |
| blood pressure | #11863 |
| retest reliability | #11869 |
| female healthy | #11900 |
| neural conduction | #11917 |
| bolus | #12034 |
| gyrus cinguli | #12077 |
| cinguli | #12122 |
| psychomotor | #12157 |
| pulsatile | #12204 |
| manual | #12280 |
| testretest reliability | #12366 |
| ipsilateral | #12374 |
| psycinfo | #12508 |
| training | #12514 |
| stroke aged | #12647 |
| coils | #12678 |
| cognitive | #12909 |
| thorax | #12999 |
| electric stimulation | #13002 |
| cinahl | #13011 |
| studies stroke | #13018 |
| tendons | #13049 |
| magnetic | #13064 |
| publication activities | #13110 |
| masked | #13134 |
| female hand | #13150 |
| myelinated | #13197 |
| rest | #13224 |
| assessment humans | #13351 |
| crosssectional studies | #13405 |
| clinical settings | #13439 |
| humans leg | #13505 |
| upper lower | #13526 |
| brain cognition | #13677 |
| physical therapy | #13717 |
| aged blood | #13749 |
| therapeutic effects | #13845 |
| humans knee | #13864 |
| infarct | #13900 |
| fourteen patients | #13978 |
| fmri | #14020 |
| mmhg | #14036 |
| brachial | #14053 |
| nerve fibers | #14261 |
| aged analysis | #14414 |
| study purpose | #14464 |
| neurologic | #14482 |
| pilot | #14645 |
| neuropsychological | #14820 |
| superficial | #15011 |
| noninvasive | #15012 |
| artery diseases | #15087 |
| ngf | #15099 |
| imaging humans | #15127 |
| models longitudinal | #15152 |
| internal consistency | #15203 |
| assistance | #15376 |
| cognitive function | #15588 |
| test retest | #15650 |
| systematic review metaanalysis | #15920 |
| electroencephalography | #16070 |
| techniques female | #16233 |
| computer interface | #16238 |
| studies severity | #16279 |
| primary outcomes | #16424 |
| 6 weeks | #16459 |
| center mass | #16565 |
| volunteers humans | #16727 |
| living | #16790 |
| retest | #16968 |
| humans learning | #17134 |
| lobe | #17223 |
| dementia | #17328 |
| brain areas | #17497 |
| older | #17703 |
| cortical | #17846 |
| subcortical | #17876 |
| patients divided | #17931 |
| frontal | #18148 |
| dual | #18489 |
| daily | #19125 |
| corpus | #19364 |
| interpersonal | #19605 |
| blinded | #19634 |
| assisted male | #19698 |
| age range | #19834 |
| traumatic | #20559 |
| bilateral | #20665 |
| brain injuries | #20769 |
| motor activity | #20969 |
| nerve net | #21250 |
| aged nerve | #21253 |
| imaging male | #21893 |
| aged pilot | #22136 |
| objective investigate | #23145 |
| cognition disorders | #23369 |
| randomized controlled | #25123 |
| male motor | #25984 |
| 80 aging | #26453 |
| paired | #26490 |
| kinematic | #26745 |
| cerebral | #27204 |
| filtration rate | #27273 |
| glomerular filtration | #27342 |
| recruited | #28308 |
| disorders female | #31035 |
| upper | #31290 |
| brain mapping | #31823 |
| humans magnetic | #34207 |
Kjør rapport | |
Prominent publications by Shin‐Ichi Izumi
Ultrasound elastography–based assessment of the elasticity of the supraspinatus muscle and tendon during muscle contraction
[ PUBLICATION ]
BACKGROUND: Although elasticity of the supraspinatus muscle and tendon is a useful parameter to represent the conditions of the supraspinatus muscle and tendon, assessment of the elasticity in clinical settings has not been established. The purpose of this study was to determine the elasticity of the supraspinatus muscle belly and tendon under different muscle contraction conditions using ultrasound real-time tissue elastography (RTE).
METHODS: Twenty-three healthy individuals ...
| Kjent for Supraspinatus Muscle | Ultrasound Elastography | Acoustic Coupler | Cuff Shoulder | Based Assessment |
The contribution of quasi-joint stiffness of the ankle joint to gait in patients with hemiparesis
[ PUBLICATION ]
BACKGROUND: The role of ankle joint stiffness during gait in patients with hemiparesis has not been clarified. The purpose of this study was to determine the contribution of quasi-joint stiffness of the ankle joint to spatiotemporal and kinetic parameters regarding gait in patients with hemiparesis due to brain tumor or stroke and healthy individuals.
METHODS: Spatiotemporal and kinetic parameters regarding gait in twelve patients with hemiparesis due to brain tumor or stroke and nine ...
| Kjent for Joint Stiffness | Patients Hemiparesis | Healthy Individuals | Aged Ankle | Gait Speed |
The Manual Function Test: Norms for 20- to 90-Year-Olds and Effects of Age, Gender, and Hand Dominance on Dexterity
[ PUBLICATION ]
Stroke is the leading cause of long-term disability. Accurate assessment of motor function is important for documenting disability and the effectiveness of rehabilitative treatment. The Manual Function Test (MFT) was developed to evaluate unilateral manual performance in hemiparetic patients after stroke. This test consists of eight items, including the pegboard task, an item assessing dexterity. The total MFT score can range from 0 (severely impaired) to 32 (full function). We sought to ...
| Kjent for Manual Function Test | Hand Dominance | Motor Function | Normative Data | Hemiparetic Patients |
Effects of music therapy on behavioral and psychological symptoms of dementia: A systematic review and meta-analysis
[ PUBLICATION ]
Behavioral and psychological symptoms of dementia (BPSD) are common problems for patients and caregivers. Although music therapy is considered a non-pharmacological intervention for the management of BPSD, its effectiveness remains unclear. This study aimed to investigate the effects of music therapy on BPSD, cognitive function, and activities of daily living in patients with dementia. A literature search was conducted in the following databases: MEDLINE, CINAHL, PsycINFO, and Igaku Chuo ...
| Kjent for Music Therapy | Dementia Bpsd | Smd 95 | Psychological Symptoms | Systematic Review Metaanalysis |
KOL-Index: 9295
Pneumonia is a major cause of death in older people, and the number of such deaths is increasing. Present guidelines for pneumonia management are based on a pathogen-oriented strategy that relies on the optimal application of antibiotics. Older pneumonia inpatients show the high incidence of aspiration pneumonia. The main cause of aspiration pneumonia is an impairment in the swallowing and cough reflexes. These facts suggest a limitation of present management strategies and a requirement ...
| Kjent for Older People | Aspiration Pneumonia | Muscle Strength | Sarcopenic Dysphagia | Respiratory Swallowing |
KOL-Index: 9264
It is unclear whether muscle contraction is necessary to increase quasi-joint stiffness (QJS) of the ankle joint during gait in patients with hemiparesis. The purpose of the present study was to investigate the relationship between QJS and muscle activation at the ankle joint in the stance phase during gait in patients with hemiparesis. Spatiotemporal and kinetic gait parameters and activation of the medial head of the gastrocnemius (MG), soleus (SOL), and tibialis anterior (TA) muscles ...
| Kjent for Ankle Muscles | Gait Patients | Joint Stiffness | Muscle Contraction | Middle Stance |
KOL-Index: 8706
Objective To investigate the risk of silent cerebrovascular lesions in individuals with masked hypertension (MHT) and white-coat hypertension. Methods Self-measured home blood pressure (HBP) and casual blood pressure (CBP) measurements were recorded in 1060 individuals at least 55 years of age (mean age, 66.3 years) in a general population of Ohasama, Japan. The relationships between silent cerebrovascular lesions (white matter hyperintensity and lacunar infarct) detected on MRI and four ...
| Kjent for Silent Cerebrovascular Lesions | Blood Pressure | Ohasama Study | Coat Hypertension | Multivariate Analysis |
KOL-Index: 8609
Many studies in human and animal models have shown that neural plasticity compensates for the loss of motor function after stroke. However, neural plasticity concerning compensatory movement, activated ipsilateral motor projections and competitive interaction after stroke contributes to maladaptive plasticity, which negatively affects motor recovery. Compensatory movement on the less-affected side helps to perform self-sustaining activity but also creates an inappropriate movement ...
| Kjent for Motor Recovery | Maladaptive Plasticity | Stroke Patients | Competitive Interaction | Rehabilitation Approaches |
KOL-Index: 8597
OBJECTIVE: We investigated the effects of voluntary contraction of agonist and antagonist muscles on motor evoked potentials (MEP) and on myoelectric activities in the target (agonist) muscle following transcranial magnetic stimulation (TMS).
METHODS: The left extensor carpi radialis (ECR) and flexor carpi radialis (FCR) muscles were studied in 16 healthy subjects. H reflexes, MEP induced by TMS, and background electromyographic (EMG) activity were recorded using surface electrodes at ...
| Kjent for Voluntary Contraction | Antagonist Muscles | Mep Tms | Motor Activity | Evoked Potentials |
KOL-Index: 8202
OBJECTIVE: Twenty-four-hour ambulatory blood pressure (24-hour ABP) values are considered a powerful predictor of stroke. Silent cerebrovascular lesions are associated with an increased risk of stroke. Because fibrinogen is a major determinant of plasma viscosity, an elevated fibrinogen level might also be associated with stroke risk. We evaluated the association of 24-hour ABP and plasma fibrinogen levels with the risk of silent cerebrovascular lesions (white matter hyperintensity and ...
| Kjent for Plasma Fibrinogen | Silent Cerebrovascular | Blood Pressure | Stroke Risk | White Matter Hyperintensity |
KOL-Index: 8134
BACKGROUND: No previous study has investigated the association of kidney dysfunction with silent lacunar infarcts and white-matter hyperintensity (WMH) independent of ambulatory blood pressure (BP).
METHODS: A cross-sectional study involving 1,008 participants (mean age 66 years) from a general population of Ohasama, Japan, was conducted. Calculated creatinine clearance (CCr) was estimated using the Cockcroft-Gault equation. In continuous and categorical analyses, the association between ...
| Kjent for Lacunar Infarcts | Kidney Dysfunction | Ohasama Study | 60 173 | Matter Hyperintensity |
Induction of Neuritogenesis in PC12 Cells by a Pulsed Electromagnetic Field via MEK-ERK1/2 Signaling
[ PUBLICATION ]
We examined the regulation of neuritogenesis by a pulsed electromagnetic field (PEMF) in rat PC12 pheochromocytoma cells, which can be induced to differentiate into neuron-like cells with elongated neurites by inducers such as nerve growth factor (NGF). Plated PC12 cells were exposed to a single PEMF (central magnetic flux density, 700 mT; frequency, 0.172 Hz) for up to 12 h per day and were then evaluated for extent of neuritogenesis or acetylcholine esterase (AChE) activity. To analyze ...
| Kjent for Pc12 Cells | Pulsed Electromagnetic Field | Pemf Exposure | Ache Activity | Map Kinase |
KOL-Index: 7601
Dual tasks destabilize task performance as they involve competing demands for cognitive and physical resources. Several studies have reported that dual-task walking activates the prefrontal cortex (PFC), and recent studies have indicated a relationship between PFC and dual-task deterioration in healthy subjects. However, PFC activity during dual-task walking in stroke patients remains unclear. We investigated the association between PFC activity and dual-task interference on physical and ...
| Kjent for Dual Task | Prefrontal Cortex | Stroke Patients | Pfc Activation | Infrared Spectroscopy |
KOL-Index: 7345
BackgroundThe World Health Organization developed the International Classification of Functioning, Disability, and Health (ICF) in 2001 and has been in the process of implementing it in clinics since then. Current international efforts to implement ICF in rehabilitation clinics include the implementation of ICF Core Sets and the development of simple, intuitive descriptions for the ICF Generic-30 Set (also called Rehabilitation Set). The present study was designed to operationalize these ...
| Kjent for Rating Reference Guide | Interrater Reliability | Icf Generic30 | International Classification | Disability Health |
Transcranial magnetic stimulation-induced changes in EEG and responses recorded from the scalp of healthy humans
[ PUBLICATION ]
We determined the changes and responses in the electroencephalogram (EEG) induced by transcranial magnetic stimulation (TMS) of the scalp of five healthy men. The center of a circular coil was positioned at the vertex, and 80 stimulations were administered clockwise with the maximum output of electric current. To reduce stimulus artifacts, we created a circuit that blocked the input for 150 ms after stimulation. EEGs were recorded from F3,4, C3,4, P3,4, and T3,4. The following results ...
| Kjent for Magnetic Stimulation | Eeg Responses | Tms Patients | Circular Coil | Maximum Output |
Nøkkelpersoner for Magnetic Stimulation
Toppkols i verden
Velg et søkefrase magnetic stimulation , magnetic stimulations , magnetic stimulation study , magnetic stimulation patients , magnetic stimulation tms
Shin‐Ichi Izumi:Ekspertvirkning
Konsepter somShin‐Ichi Izumihar direkte innflytelse:Magnetic stimulation, Silent cerebrovascular lesions, Stroke patients, Paretic limb, Motor recovery, Scapular muscles, Lacunar infarction, Ohasama study.
Shin‐Ichi Izumi:Kol Impact
Konsepter relatert til arbeidet til andre forfattere somfor which Shin‐Ichi Izumi har innflytelse:Stroke patients, Music therapy, Blood pressure, Magnetic stimulation, Arterial stiffness, Motor function, Virtual reality.
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